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- LATEST VIDEOS
- A video shows how pentameric Shiga toxin B subunits deform the cell boundary to enter the cell
- Animation of NASA's PACE mission transmitting data to Earth through NASA's Near Space Network.
- This animation shows how the Sun predictions are evolving
- A video shows how pentameric Shiga toxin B subunits deform the cell boundary to enter the cell
- Animation showing the change in orbital population
- Simulation of the Apollo 12 lander engine plumes interacting with the lunar surface
- Hot Gas-Giant Exoplanet WASP-43 b (Temperature Maps)
- LATEST
- AI meets DNA: Scientists create custom gene editors with machine learning
- German-built simulations offer hope for honeybee conservation
- NASA shows how advanced algorithms transform raw data into meaningful models
- AI-generated 'synthetic scarred hearts' revolutionize atrial fibrillation treatment
- Tulane researchers use AI to improve diagnosis of drug-resistant infections
- Unraveling the mystery of intermediate-mass black holes: A Chinese perspective
- Woolpert, Teren leverage geospatial tech for global energy solutions
- AI model predicts multi-resistance in bacteria: Unveiling the power of big data
- Hospital del Mar explores novel pathways in drug development
- UVA unveils the power of AI in accelerating new treatment discoveries
- The unusual phenomenon of protein lassoing: Myth or fact?
- AI's potential for wildfire detection: A critical examination
- Unveiling the future of mosquito repellents: Machine learning leads the way
- Nvidia sales grow 78% on AI demand
- Caltech's landmark breakthrough in quantum networking: A true revolution or just theoretical hype
- Breakthrough or hype? Questions arise over 'low-cost' computer claims
- USC shows a more accurate picture of brain aging
- Germans use AI algorithms to teach telescopes to predict objects' trajectories for tracking
- Marsha Berger wins 2025 SIAM John von Neumann Prize
- New supercomputer models show intensifying wildfires in a warming world
- Spinning neutron stars and the birth of enormous magnetic fields
- EXTOLL partners with BeammWave, GlobalFoundries to develop next-gen high-speed ASICs
- Nvidia's grip on the AI market slips, or is this just speculation?
- Breaking barriers: AI sheds light on the impact of pollutants in England's lakes
- Woolpert promotes Neil Churman as CEO
- Woolpert strengthens global technological expertise with Carl Lucas as CIO
- UNH researchers unleash the power of AI, transforming the realm of auroral exploration
- The uncertain promise of controlling plasma flares with energetic particles
- Bridging uncertainty: The role of AI in predicting optimal prices
- Discovering the secrets of dark matter: A journey of exploration
- Yale researchers discover a new method for calculating electron structure, shedding light on material mysteries
- UC Riverside explores earthquake forecasting techniques
- Supercomputer modeling revolutionizes understanding of global river changes
- M87's powerful gamma-ray outburst: Supercomputer simulation unveils the mysteries of the Universe
- Empowering resilience: The role of Woolpert in utilizing big data for flood inundation modeling
- Concerns about the NASA, DOD study on coastal groundwater saltwater mixing
- UK scientists unravel a black hole mystery
- Toyoda Gosei achieves a breakthrough at the International Symposium on Integral Car Safety Systems
- Woolpert, Black & Veatch closed $94.5M USACE master planning contract
- Supercomputers dive deep to predict coral survival in warming seas
- Revolutionizing healthcare: The Hamilton and Amabel James Center for Artificial Intelligence, Human Health
- Woolpert welcomes Amar Nayegandhi as the Global Head of Technology and Innovation
- Woolpert wins $250M USAF geospatial services IDIQ
- NYU scientists' assertions about the rapid prediction of crystal structure skepticism
- Breaking barriers: Democratising AI for the greater good
- Unraveling the mysteries of water's anomalous properties
- Incredible findings from the James Webb Space Telescope reshape our understanding of how galaxies form
- A new medical AI tool has revealed previously unrecognized cases of long COVID by analyzing patient health records
- A new method for modeling complex biological systems: Is it a real breakthrough or hype?
- KAIST proposes innovative AI training method to revolutionize quantum mechanics calculations
- Breakthrough in spin current observations from organic semiconductors
- NASA-Funded study reveals insights into the turbulence of molecular clouds using supercomputer simulations
- BeammWave, Saab awarded SEK 4.1M innovation grant from Vinnova
- Successful reopening of navigation channels in Tampa Bay achieved through collaboration
- New research suggests that 'islands of regularity' have been found within the chaotic three-body problem
- Groundbreaking AI discovery reveals over 160,000 new virus species
- Nobel prize laureates inspire with groundbreaking discoveries in physics
- AI speeds up discovery of energy, quantum materials
- Groundbreaking software developed by a Spanish team set to revolutionize drug delivery design
- Japanese researchers introduce diffraction casting, optical-based parallel supercomputing
- Retired U.S. Army Maj. Gen. Tom Tickner joins Woolpert to provide support for federal clients, projects
- Artificial intelligence transforms biomedical science with groundbreaking protein discoveries
- ESO's VISTA telescope captures unprecedented infrared map of the Milky Way
- IBS supercomputer Aleph shows abrupt intensification of northern wildfires due to future permafrost thawing
- NVIDIA's AI inventorship is being challenged in federal court
- BeammWave achieves a groundbreaking over-the-air demonstration of distributed digital beamforming
- British researchers develop a machine-learning model to help discover new cryoprotectants for cold storage
- Australian researchers build groundbreaking wave scattering simulation software
- British researchers' modeling unravels the enigma of the Amazon's biodiversity
- Revolutionizing mobility: SNCF harnesses the power of AI
- Understanding the Universe: AI identifies dark matter among cosmic noise
- Revolutionary cosmic discovery unveils origins of supermassive black hole in galaxy's center
- USACE awards Woolpert $49M geospatial capacity contract for national security, infrastructure projects
- Do PINN models shed new light on exoplanets?
- Xockets files lawsuit against Nvidia, alleging patent infringement, antitrust violations
- Discovery expands list of cancer driver genes
- Advancements in cancer diagnosis: Harvard Medical School develops CHIEF AI tool with multifaceted capabilities
- New German-built population model unveils phases of human dispersal across Europe
- New model enhances our understanding of cell-to-cell communication
- Hewlett Packard Enterprise reports impressive server sales
- Astronomers make groundbreaking cosmological catalog with data from MeerKAT telescope
- Mayo Clinic researchers develop innovative computational tool providing insights into gut microbiome health
- A colossal asteroid impact altered the orbit of the largest moon in the solar system
- Propelling the future of communications: Silicon chip innovation accelerates progress towards 6G networks
- Unveiling the potential of machine learning in earthquake forecasting
- Using simulations to speed up drug discovery: A promising approach in medical research
- Concerns raised over potential securities law violations by Supermicro
- UK researchers explore supercomputer modeling for prediction of extreme rainfall
- Research on protein stability at the Institute for Basic Science raises questions
- NVIDIA's quarterly Data Center revenue hit a record $26.3 billion, marking a 16% increase from Q1 and a 154% increase from a year ago
- UVA researchers claim to crack the autism code
- Chinese researchers build universal deep-learning model for materials discovery
- Astrophysicists use AI to calculate the universe's 'settings'
- New insights from the 3D shapes of viral proteins revealed using AlphaFold
- China develops a new space weather monitoring network with cutting-edge data system
- Flatiron Institute announces new detectable gravitational wave source from collapsing stars, as predicted by simulations
- Dartmouth study uses advanced physics of ice dynamics to disprove predictions of extreme sea-level rise
- Supercomputer simulations illuminate tidal disruption events
- A new explanation for X-ray emission from black holes met with skepticism
- Advances in computational methodology are transforming predictions of nanostructures
- Satellite Φsat-2: Elevating Earth observation with the power of AI
- Physicists use supercomputer modeling to predict the feeding patterns of black holes in groundbreaking research
- Innovative 'Hailstone Library' revolutionizes storm forecasting with realistic data
- A recent discovery at Georgia State sheds light on the behavior of electrons
- UW researchers use a new machine-learning tool to analyze millions of galaxies to resolve a long-standing debate among astrophysicists
- Quantum reports a 23% decrease in sales
- USC researchers develop an AI model that predicts the accuracy of protein-DNA binding
- Researchers uncover magnon-phonon Fermi resonance in antiferromagnet, paving the way for advanced storage
- Scientists reveal forces behind continent uplift: A study utilizing supercomputer models, statistical methods
- Supermicro achieves record growth in AI demand with sales soaring by 110% to $14.9 billion
- Stanford predicts the impact of climate on a severe disease
- University of Maryland makes dubious claims about its new AF2RAVE drug discovery method
- Intel suspends dividend, cuts 15,000 jobs, reports dismal earnings results
- Lattice survives a sharp sales decline
- Warp drive mystery: Looking at the simulation of gravitational waves skeptically
- Is the latest energy-efficient device for AI a genuine breakthrough or just hype? Delving into the facts
- Juniper Networks experiences a sharp decline in sales
- UAF develops system to predict volcanic tremors
- Is USC's AI-powered wildfire prediction an ambitious innovation or an overstated promise?
- OSU researchers build new prediction tools for wildfire occurrence
- Examining Dartmouth's claims about improving sea ice prediction models
- Pioneering study reveals quantum particles' energy landscapes, advancing green tech
- British doctors' study explores personalized simulations for blood cancer treatment
- Korean scientists harness deep learning to enhance typhoon forecasting
- NASA's Webb explores the beauty of the Universe by capturing majestic sunrises, sunsets on distant worlds
- Germany makes strides in quantum networking by securely propagating entanglement at the push of a button
- China unveils wildfire impact on ozone dynamics: A satellite data, supercomputing perspective
- Germany's Max Planck uncovers the future of neural networks: A light-based revolution
- ChatGPT: A breakthrough in biomedical simulation
- Germany unleashing the power of citizen science: BlueDOT project pioneers data collection for supercomputer modeling
- NASA's Hubble traces dark matter in dwarf galaxies using stellar motions
- UC Riverside unveils solid-state spin centers in quantum computing
- Duke researchers build a prototype of the cosmos
- Germany unlocks the secrets of the early solar system: How supercomputing helps us understand better
- Chinese professor unveils an exciting vision for the advancement of intelligent supercomputing facilities
- Simulator predicts the fate of CO2 underground
- New shapes of photons open doors to advanced optical technologies
- Australian mathematical discovery reveals ocean secrets, leading to advanced ocean studies
- Japan's supercomputing tech reveals insights into how precipitation affects the Arctic climate, energy balance
- Antarctic ice sheet reveals secrets during supercomputer simulations, prompting concerns
- Japanese-built supercomputer simulations illuminate El Niño's influence on East Asian winter climates
- Parker Hannifin, Packaged Aeroderivative GTs: The solution for keeping the power grid stable
- ESA's Φsat-2 satellite highlights the power of AI in earth observation
- Lifting our eyes to the cosmos: The story of Amaris McCarver's discovery
- ATLAS releases 65 TB of open data
- Artificial intelligence shows promise in osteoporosis risk prediction
- University of Toronto researchers create a deep-learning model that outperforms Google AI in predicting peptide structures
- MIT scientists model challenging chemical synthesis
- Australian scientists use AI to save the Tasmanian devil
- Exploring quantum computing: Japanese-built advancement or mere hype?
- Unraveling the mysteries of cosmic 'heartbeats' through supercomputer simulations
- Supercomputer simulations unveil clues to alien activity
- Researchers engineer AI path to prevent power outages
- Supercomputer models contribute to insights into the potential for life in ocean worlds
- Japanese scientists present a new approach to quantum circuit verification
- Unlocking the power of AI: Can superintelligence learn like us?
- Uncovering the mysteries of neutron stars: Lessons from three young, cool oddballs
- Woolpert secures a $6.8 million contract to gather aerial LiDAR data across Southern California for the USGS
- Doubts cast on claims of Titan's lakes being shaped by waves
- Space tech, supercomputers revolutionize marine pollution surveillance
- IISc physicists discover the novel representation of pi through advanced modeling
- UNF launches new Ph.D. in computing program
- ASME appoints Christine Reilley as Managing Director of Publishing
- Woolpert hires Damien Kerr: A boost for national security
- Nuclear fusion experiment data now public
- Rochester physicists confirm ‘spooky action at a distance’ through quantum entanglement of top quarks
- Propelling ferromagnets into the realm of ultra-fast communication, computation tech
- AI helps physicists search for new particles at the frontier of particle physics
- Breakthrough in next-generation memory tech raises expectations for enhanced data storage
- AI shows superiority in detecting prostate cancer on MRI compared to radiologists
- Can machine learning make climate models relevant for local decision-makers?
- The effectiveness of stimulating nanomagnets via infrared lasers: A quantum leap or a bridge too far?
- Raijin supercomputer illuminates key insights into fusion plasma turbulence
- Investigating Earth's encounter with an interstellar cloud: Profound revelations from supercomputer simulations
- Breakthrough in superconducting magnet development unleashes new possibilities through AI
- Harnessing climate modeling to preserve Australia's ski industry
- Exploring space: WVU scientist studies gravitational waves
- El Gordo's study suggests that dark matter may indeed be self-interacting, paving the way for an improved understanding of the universe
- Landmark study claims advancements in energy-efficient quantum computing using magnets
- Breakthrough lunar topography algo unveiled: Harnessing the power of parallel processing for unprecedented precision
- Miami selects Woolpert as the GIS services provider for Miami-Dade County's Next Generation 911 Routing System, enhancing emergency response
- Deep learning model sparks optimism for the assessment of embryo development
- Unraveling the mysteries of elastic turbulence: Supercomputers drive the path to discovery
- Gamma-ray bursts can serve as distance indicators, as revealed by the Superlearner ML
- Sunspots, flares may be caused by a shallow magnetic field, aiding space weather prediction
- Unlocking the secrets of the subsurface: Halliburton's Landmark Unified Ensemble Modeling revolutionizes oil reservoir evaluation for Wintershall Dea
- NVIDIA announces record financial results in Q1
- CyberArk makes its security system better to protect all users
- CMIP6 models consistently fail to replicate Antarctic winter sea-ice anomalies on the scale observed in 2023
- Studying fruit fly wings with supercomputers: Insights into birth defects, regeneration
- AI revolutionizes drug discovery, but building trust is crucial
- Revolutionary modeling paves the way for sustainable fly ash concrete
- Advancements in supercomputing: Unraveling complex physics problems
- Spanish study shows how AI can help us better understand turbulence
- Real-world data for supercomputer modeling: A glimpse into the volcanic nightmare
- AI skills open doors to better job opportunities, UK study shows
- NASA supercomputer powers groundbreaking black hole visualization
- Disheartening news from space: Webb Telescope likely fails to detect life on exoplanet
- Enhancing water supply predictions through improved AI processes
- Unveiling the mysteries of distant worlds: NASA's Webb maps weather on a planet 280 light-years away
- ACADEMIA
- Gravitational Lensing
- Model of M87
- PRIMO Black Hole Simulations
- Animation of the changing electron density of the Ionosphere
- Matching form and function of brain cell types
- Why do Champagne bubbles rise the way they do?
- Assembly of the 3D model of the Commander Complex
- First image of a black hole expelling a powerful jet (ESOcast 260 Light)
- IIT Bombay profs propose light-induced valleytronics in pristine graphene paves the way to quantum supercomputers
- Waterloo built AI brings the capability of natural language processing to African languages
- COVID-19 origins still a mystery
- Supercomputer simulations uncover the dynamics of undercurrent accelerating the melting of ice shelves
- Caltech engineers discover that Leonardo da Vinci's understanding of gravity was centuries ahead of his time
- UB researchers use computational models to show gene variations for immune, metabolic conditions have persisted in humans for more than 700,000 years
- Salt marsh restoration study reveals promising results for climate resilience
- KU researcher wins NSF grant to develop hardware-cybersecurity education program
- URI researchers win $1.5 million NOAA grant to protect New England coastal communities, national parks, wildlife refuges from impact of sea-level rise, extreme weather
- UVA engineering researcher receives Career Award for a groundbreaking plan to defeat next big cyberattack
- Cambridge builds new type of memory that could greatly reduce energy use, improve performance
- New research conducted by Concordia University suggests that better wind speed predictions could be beneficial for urban power generation
- Artificial Intelligence can save time, help us tackle some of the world's most pressing problems
- For the first time, Dutch scientists manage to control waves in magnets using superconductors
- Brown University simulations suggest Venus had plate tectonics, which could reveal insights into its history, the possibility of early life
- German researchers simulate breaking bad barriers through a molecular vacuum cleaner
- Irish astrophysicists use AI to search for signs of extraterrestrial life
- Deep learning now solves nanoparticle shape identification challenges
- German researchers develop an adaptive optical neural network that connects thousands of artificial neurons
- Scientists use a supercomputer to simulate the melting of the West Antarctic Ice Sheet, determine controllable melting by reducing greenhouse gas emissions
- AI hardware processing is going 3D, from square to cube, to boost processing power
- Dutch astronomers search through telescope archives; recently discovering a burst event that lasted for just a few microseconds
- WSC, First Nations develop Salmon Vision, a real-time machine learning model to track salmon returns
- Scientists are using the mechanics of giant waves on a nanometric scale
- German scientists use supercomputing tech to gain a better understanding of the 3D structure of kilonovae
- University of Groningen prof Jaeger takes steps towards creating a formal theory for neuromorphic computing
- Machine Learning can translate sea surface heights into climate change insights
- KIST develops tech to store, manipulate electronic states in quantum dots that are smaller than 10 nm, ushering in the era of light-powered multi-level memories
- Germany is utilizing supercomputing to demo the impact of weather phenomena on ocean circulation
- Our closest neighbor, the Andromeda galaxy, has a fascinating history that can be uncovered through galactic archaeology
- State University of Campinas study improves quantum networks
- Probability of hail occurring in Australia has significantly altered in the past 40 years
- Alternative method reduces supercomputer simulation time for the absorption spectrum from days to hours
- Artificial intelligence is paving the way for precision medicine
- NASA's Roman mission prepares to handle a massive amount of data in the future
- Energy consumption of AI could be equivalent to that of a small country
- University of Iowa shows how wildfires that have originated in the western United States, Canada have caused air quality to deteriorate
- ATLAS establishes strict boundaries on the potential existence of dark matter particles that are supersymmetric
- German astrophysicist discovers a turbulent fountain of youth in the center of our galaxy with a remarkable formation history
- According to British researchers, AI language models aid in the diagnosis of schizophrenia
- Japanese astronomers discover the first step towards planet formation; Unveiling the secrets of protostellar disks
- Pulsars: Shedding light on the enigma of dark matter
- MSK researchers build new open-source method to improve decoding of single-cell data
- Ancient carbon in rocks releases as much Carbon Dioxide as the world’s volcanoes
- UAH model reveals secrets of our changing climate
- Swedish researchers produce largest genomic datasets of Darwin's finches to date, contributing significantly to the unlocking of secrets of evolution
- The effects of an unprecedented El Niño on climate change in China
- China confirms black hole spin by monitoring radio galaxy M87
- Chemists from Russia use machine learning, molecular modeling to discover the next generation of anti-cancer drugs
- The climate change threat beneath the waves: How methane release is accelerating
- Unlock the full potential of CO2 capture with minimal molecules, the revolutionary solution to creating a greener future
- Researchers in Bangor show how human activities are contributing to the destruction of communities of reef fish
- GFZ German Research Centre for Geosciences builds a more precise model of the Earth's ionosphere
- UGA researchers use ML to discover new exoplanet
- China develops an XGBoost model that predicts the synthesis difficulties of fragments for designer chromosomes
- Chinese researchers study Balanophora to gain insights into plant parasitism evolution
- Discover the mysteries of our galaxy by exploring the universe with NASA through their study of gravitational waves!
- Discovering the wonders of the Universe through accurate observations
- The James Webb Space Telescope, ALMA capture the core of the most distant galaxy protocluster
- Sebe-Pedrós Lab utilizes deep learning to uncover the ancient origins of neurons, unlock their secrets
- Harvard Medical School prof Kuo discusses ChatGPT answers to common patient questions about colonoscopy
- Deep learning at Dana-Farber unlocks the secrets of kidney cancer
- Discovering a real-world model of rogue waves with machine learning
- Scientists utilize machine learning to uncover the organization of cells and the crucial role topology plays in the process
- Stockholm Resilience Center maps all nine planetary boundaries with six crossed
- Revolutionizing emergency medicine diagnoses: A new era of accuracy, efficiency with ChatGPT
- Is Houston's ozone problem originating from the north?
- Australian researchers develop simplified ML model for predictive flooding
- A recent study suggests that the Hyades star cluster may contain the closest black holes to Earth
- The power of AI revealed: A promising future for Parkinson's disease diagnosis
- SETI Institute’s NAI team paves the way for machine learning to assist scientists in the search for biosignatures in the Universe
- Black hole engulfs star matter equivalent to three Earths
- West Antarctica's ice sheet remains stable, for now
- Prepare now for a hotter ocean: UK scientists urge action to protect marine life
- Brazilian reserachers show how to unlock the strength of specialty glass with niobium oxide
- Wang's lab discovers that Arctic sea salt aerosols are underestimated, improving modeling
- Unlock the secrets of brain tumors with machine learning: A revolutionary study by Spanish researchers
- University of Rome Tor Vergata's Prof. Naponiello discovers new evidence of planetary collisions
- Spanish physicist Cuesta develops revolutionary method for measuring cosmological distances
- Unreliable forecasts: Stevens researchers challenge weather forecasters' biggest weakness
- Uncovering the cause of sea temperature rise: A hopeless endeavour?
- WVU Med prof HU explores the possibilities of Code Interpreter in bioinformatics
- Germany's AWI sheds light on Arctic zooplankton migration in the face of climate change
- Japanese-built AI discovers the first stars were not alone
- Japanese prof Nakata designs simplified calculations that reproduce complex plasma flows approximately 1,500 times faster
- Unveiling the mysteries of the Universe: Exploring dark energy, dark matter with ESA's Euclid mission
- Università di Trento prof Passerini wins €8M grant for the revolution of human-centric AI systems
- Ride the wave of stellar discovery: Witness the magnificent power of the Universe
- Japanese prof Anno trains ML model with climatic, epidemiology remote sensing data to predict the spatiotemporal distribution of disease outbreaks
- Institute for Advanced Study astrophysicists deploy AI to show how to 'weigh' galaxy clusters
- China aims to improve the capability of models in simulating key climate patterns of the Northern Hemisphere
- Audibert discovers relativistic jets blowing bubbles in the central region of the Teacup Galaxy
- NASA’s Webb spots swirling, gritty clouds on faraway planet
- Japanese prof Kojima builds small but mighty superconducting amplifiers that deliver high performance at lower power consumption
- Leeds geophysicists show how activity deep in Earth affects the global magnetic field
- University of Zurich prof Neupert designs superconductors one atom at a time
- Optics professor Guo demos how to harness the power of metals to enhance the efficiency of perovskites
- Brazil identifies flood-prone areas of cities
- South African researchers demo noise-free communication with structured light
- Watch Stars Move Around our Galaxy’s Central Black Hole (ESOcast 248 Light)
- MIT engineers discover a new way to control atomic nuclei as qubits
- Dutch scientists develop artificial molecules that behave like real ones
- Animated sequence of the VLTI images of stars around the Milky Way’s central black hole
- University of Gothenburg develops AI-based decisions online to support doctors’ hard judgments on cardiac arrest
- MIT CSAIL modeling offers a way to speed up drug discovery
- Zooming into the black hole at the centre of our galaxy
- University of North Florida wins Congressional appropriation for improved IT infrastructure
- Temperature Record 101: How We Know What We Know about Climate Change
- New data gives NOAA a more vast view of global climate
- New measurements from the SHINE experiment help physicists work out the content of neutrino beams used in experiments in the US
- A milestone for MilkyWay@home - Measuring dark matter in a tidal stream of stars
- NASA Goddard engineer McClelland shifts to AI to design mission hardware
- Brazilian-built algorithm CAETÊ aims to project the future of the Amazon Rainforest by predicting changes in carbon capture
- Satellite captured eruption of Hunga Tonga-Hunga Ha’apai volcano (VIDEO)
- St George's AI discovers twisting of eye vessels could cause high blood pressure, heart disease
- OU researchers demo secure information transfer using spatial correlations in quantum entangled beams of light
- Shape-shifting robots (VIDEO)
- Michigan builds AI algo to dramatically reduce the time to build molecules for better medicines
- Koo’s computational correction can interpret AI's DNA analyses more accurately
- BYU creates AI algo to benefit Super Bowl rivals
- Mizzou researchers modernize AI modeling online to help advance other researchers’ discoveries involving proteins
- MIT scientists boost quantum signals while reducing noise
- Japanese prof Tsubota investigates the interaction between quantized vortices, normal fluids
- Gladstone Institutes' Theodoris builds ML models that predict the consequences of gene modifications
- German physicist Birkl uses the optical Talbot effect to increase the number of qubits
- Modeling by UMass Amherst researcher demonstrates strategy is a win-win for combating climate change
- Cornell develops software based on a FFA that offers new way to listen for signals from the stars
- OU’s climate researcher Christian projects cropland risk from flash droughts using global climate models
- MIT, Mac scientists use AI to find promising new antibiotic to fight evasive hospital superbug
- NTNU's SIMLab supercomputing shows how to create buildings that can withstand the most extreme stress loads
- Hopkins Med researchers implement AI to predict which small proteins can bind to cell structures, deliver drugs
- Duke built ML opens insights into an entire class of materials being pursued for solid-state batteries
- UZH prof Schwank develops AI that improves the efficiency of genome editing
- Capasso lab creates supermode optical resonator at Harvard SEAS
- SwRI investigations reveal more evidence that Mimas is a stealth ocean world
- SMU prof Makris measures cell phone data from winter snowstorms that shows Dallas is resilient
- Osaka Metro prof Masuyama proposes new data learning methods for AI
- German prof Lercher builds AI that predicts the function of enzymes
- Giant galaxy formation caught in action with Danish supercomputing, JWST
- Finnish researchers create a Higgs boson data-inspired AI algorithm for the field of visual analytics
- MIT physicists demo exotic properties in magic-angle graphene to switch superconductivity abruptly for realizing neuromorphic supercomputing
- Northumbria physicist Smith wins half a million pounds to develop AI for predicting space weather
- UK space missions set to improve solar storm forecasts
- The heat from the Amazon rainforest drives temperatures around the globe
- First AI open language model for Portuguese is now available
- Japanese researchers discover, explore the earliest Universe dynamics with gravitational waves
- French team uses supercomputer modeling to study how far plastic drifts far from its starting point as it sinks into the sea
- Brown, University of Toulouse scientists’ Champagne bubbles discovery is worthy of a toast
- MIT prof Buehler builds a deep learning system that explores the properties of materials from the outside
- German-built MD simulations show how proteins block dangerous invaders
- Surrey’s MD simulations of enzymes lead to insights into DNA mutations caused by quantum tunneling
- Japanese researchers use supercomputer simulations to discover new crystal structures of hydride compounds showing high-temperature superconductivity
- Germany's HZDR extends the QMC method to gain insights into planets, stars
- Goethe University Frankfurt's neutron star structure models show more than one million equations of state
- Francis Crick Institute-built Taxonium online tool for evolutionary analysis shows SARS-CoV-2 variants converging
- University of Queensland paleontologist uses AI to investigate footprints made by dinosaurs
- The latest UK Met Office supercomputer simulations show lightning patterns change with global warming
- Japan's Subaru Telescope deploys 2400 new eyes on the sky to see cosmic rainbows
- Heinonen uses geochemical modeling tool to show magma floods erupt from deeper sources than earlier believed
- Japanese scientists create the transformation between different topological spin textures for neuromorphic supercomputing
- Research in AI Could Potentially Help With Early Detection of ASD
- UK scientists use ML to help fight antibiotic resistance in farmed chickens
- New Japanese built simulations show a day at the beach for life in other worlds
- South Korean researcher demos deteriorating safety on frozen lakes in a warming world
- Oxford discovers new nanowire assembly process could enable more powerful chips
- Do people think computers make fair decisions?
- Japanese researchers focus on complex waves
- UK prof Nawaz deploys new algorithm for reconstructing particles at the LHC
- University of Oregon develops models of the edge waves, continental shelf that fueled the 2021 Acapulco Bay tsunami
- South Korean President Yoon visits University of Toronto for AI roundtable
- Oxford prof Wooldridge proposes physical training is the next hurdle for AI
- Chinese researchers demo quantum key distribution between space lab, four ground stations
- China shows how to predict solar flares in the next 48 hours via deep learning model
- UTSW computational biologist uses ML to help determine structure of a key player in antibiotic resistance
- Japanese researchers use ML methods on a large dataset of trauma patients to determine the factors that correlate with survival
- UC Riverside modeler shows a sleeping giant that could end deep ocean life
- Stony Brook scientists take another theoretical step toward uncovering the mystery of dark matter, black holes
- Dutch researchers show how cell-cell signaling plays a key role in the thickening of arteries due to high blood pressure
- German physicists discover unexpected quantum effects in natural double-layer graphene
- NCKU researchers develop the first dual-mode piezotronics-based force sensor
- New NV Energy Foundation grant supports wildfire preparedness in Nevada
- NYU physicist to lead project that aims to enhance quantum supercomputing
- SIAM recognizes distinguished work in applied mathematics, computational science
- GW researchers’ novel tool to help develop safer pesticides
- Mayo Clinic proposes a model for symptoms of Alzheimer's disease
- Russian scientists study atomic structure of aluminum alloys for manufacturing modern aircraft
- Swedish researchers map the movement of white dwarfs of the Milky Way
- UK, India collaborate on nuclear energy research to address barriers to innovation
- Osaka University improves the performance heat flux modeling
- Mizzou team uses AI to advance knowledge of Type 1 diabetes
- Russian scientists build model that will accelerate creation of alloys with specified properties
- CMIP6 models have improved in simulating sea surface salinity, freshwater flux
- China enhances historical climate model data using super-resolution technology
- HITS MD simulations produce insights into protein complexes in cell migration
- Mayo Clinic researchers use AI to predict antidepressant outcomes in youth
- How sanctions on Russia play out for the world
- Pivotal technique harnesses cutting-edge AI capabilities to model, map the natural environment
- Duke, Birmingham’s research into sugar-based plastics shows the shape of things to come
- CXL-Based memory disaggregation technology opens up a new direction for big data solution frameworks
- Ebrahimi simulates the dispersal strategies that drive marine microbial diversity
- Groundbreaking earthquake discovery: Risk models overlook an important element
- NC State researchers build model that predicts cross-species contamination risk for livestock
- UK scientists decipher gut microbiome ‘chatter’ to combat IBD
- Japanese researchers streamline the resource-intensive process of screening ligands during catalyst design
- UK physicists show how the next generation of robots will be shape-shifters
- Almeida builds a new model of a fundamental process of Earth’s global dynamics
- Spain's UPC participates in a global competition to protect biodiversity in rainforests
- Italian built ML model forecasts if you'll leave your partner
- UK's leading university launches Future of Work Research Centre
- Using super-advanced computations, Northeastern researchers' breakthrough in quantum sensing provides new material to make qubits
- Quantum Brilliance wins commercialization partner in $17.5M German quantum supercomputing research project
- Korean research team develops AI core software, Deep Learning Compiler
- Brazilian researchers combine aerial photography, AI to identify urban areas at risk for diseases transmitted by mosquitoes
- RIKEN analysis helps illuminate the puzzle over how information escapes from a black hole
- University of Exeter scientists build AI that learns coral reef 'song'
- UK develops modeling framework to improve infectious disease control
- Sabeti lab built machine learning model helps to design better viral diagnostics
- Illinois researchers propose the future of data storage is double-helical
- University of Copenhagen astrophysicists discover stars are heavier than we thought
- Changes in air pollution linked with dry spells in Asia, summer heatwaves in Europe
- Cincinnati researchers propose the evolution of chips could inform the future of synthetic biology
- Hotspot mapping accelerates early-phase drug design
- Hubble reaches a new milestone in the mystery of the Universe's expansion rate
- UH researcher wins $2M grant to innovate drug discovery for breast cancer
- Woolpert opens maritime, defense tech, geospatial intelligence office in St. Pete Innovation District
- Liverpool opens new facility to support innovation
- Rice's Yao wins CAREER Award to build tools to study DNA methylation
- Irish-based researchers win €10 million in ‘precision medicine’ program that focuses on Motor Neuron Disease
- Chinese modeling work demonstrates Tonga volcano to have smaller cooling impact on climate change than first thought
- Keese’s modeling delivers insight into nuclear rocket engine heat transfer; wins the best student paper at NETS conference
- OU meteorologist's cloud research recognized by National Science Foundation
- Scottish built simulations show new spin on galaxy rotation saves controversial gravity theory
- Stanford researchers showcase a new level of control over how atoms interact
- South Korean prof develops neuromorphic memory device that simulates neurons, synapses
- Goethe University Frankfurt identifies materials that have fast properties for spintronics
- Chinese scientists show why meridional heat transport is underestimated
- Ahn wins $150K from Air Force for semiconductor research
- Mann builds models of wildfires in an unprecedented time to insight
- Nixu appoints Teemu Salmi as new CEO to lead the next phase of growth strategy
- CUNY ASRC team makes breakthrough discovery in light interactions with nanoparticles, paving the way for advances in optical supercomputing
- World’s most powerful solar telescope reaches historic milestone with first data online
- UCF demos photonic materials for light-based supercomputing
- Missouri S&T researcher uses visible light for Wi-Fi transmission
- NC State researchers use AI to predict flood damage risk
- Rice chemists skew the odds to prevent cancer
- Karolinska Institutet shows why natural killer cells react to COVID-19
- UK researchers offer radical rethink of how to improve AI in the future
- UK builds a new sea ice fragmentation module to help improve climate model predictions
- Japanese built network models may help us understand the spread of new variants in a pandemic
- Ancient dwarf galaxy reconstructed with MilkyWay@home supercomputing
- New computational tool can guide sustainable dam siting to protect ecosystem services
- Donald lab discovers how superbugs use mirror images to create antibiotic resistance
- UK scientists discover how plants evolved to colonize land over 500 million years ago
- Spanish researchers discover a way to predict the degradation of a neural network
- Faraon's lab develops technique that could make quantum networking possible
- Supercomputer models show how crop production increases soil nitrous oxide emissions
- Blue Blob near Iceland could slow glacial melting
- UCI scientists discover how galaxies can exist without dark matter
- University of Hong Kong physicists make a great stride in the quest for quantum materials through better measurement of quantum entanglement
- UCL Prof Fisher develops cancer supercomputer models to identify new drug combos to treat Covid-19
- Stockholm University researcher discovers more difficulty than expected for glaciers to recover from climate warming
- Vanderbilt astronomers discover exceedingly rare star
- Promising molecule for treatment of COVID-19
- NGI advances graphene spintronics as 1D contacts improve mobility in nano-scale devices
- Molecular dynamics simulations of Earth's core show a mixture of solid Fe, liquid-like light elements
- Chinese researchers accelerate photonic matrix multiplication for AI
- Leicester computational modelers pioneer pest-busting model
- Cambridge wins €1.9m to stop AI undermining 'core human values'
- Judea Pearl wins Spain's Frontiers of Knowledge Award for AI
- UK scientists build a global repository for cell engineering
- Cavendish physicists show that it is possible to coax the behavior of quantum particles set in motion
- JAIST prof Maezono discovers a new crystal structure as a candidate for superconductivity
- UK built models show a low risk of COVID spread on Underground rail
- Brown researchers use tiny magnetic swirls to generate true random numbers
- Nebraska scientist in race to create immune system 'digital twin'
- Even the smallest pollution particles change the rainfall regime in the Amazon
- Barton’s lab develops new method that applies physics to models in epidemiology
- JAIST prof Hongo estimates the bending energy of disiloxane molecule with ultra-fine molecular simulations run on a supercomputer
- UCF lands new project to study effect of rain on hypersonic travel
- UNH researchers find lower emissions vital to slow warming
- Increase in home delivery service usage during COVID-19 pandemic unlikely to last
- Entezari develops new technique that incorporates customer behavior into recommendation algorithms
- Japanese scientists develop a chaos-based stream cipher that could withstand attacks from quantum supercomputers
- Moons may yield clues to what makes planets habitable
- QuSoft, IoP researchers propose a new method for quantum supercomputing in trapped ions
- Rice chemists build machine learning that fine-tunes flash graphene
- Swiss researchers demo carbon nanomaterials for future quantum supercomputer technologies
- NYU Tandon cybersecurity expert wins NSF CAREER Award for improving software vulnerability testing, education
- KTH researchers make 2D materials that could be used to simulate brain synapses in neuromorphic computers
- Birmingham University’s BlueBEAR predicts pollution from cooking emissions
- MIT neuroscientists develop a supercomputer model that can answer questions as well as the human brain
- Revolutionary supercomputer-aided drug-discovery approach for drug-resistant TB has important implications for other diseases
- University of Oslo researchers build ML tool for discovering immune receptors that react to many different antigens
- Varma discovers hints of spin-orbit resonances in binary black holes
- UK prof uses AI on the eye as a window into heart disease
- Can AI predict your thermal comfort from the layout of a room?
- Anti-viral drugs can be final solution as WHO warns against lowering our guard to COVID-19
- Norwegian researchers improve climate model projections of carbon, heat uptake in the Antarctic Ocean
- Canadian prof builds models to simulate effects of pregnancy on kidneys
- Rice shows how iron catalyzes corrosion in 'inert' carbon dioxide
- NIH funds CUNY SPH, West Point AI center for precision nutrition, health
- RIT scientists confirm a highly eccentric black hole merger for the first time
- Canada's new simulations can improve avalanche forecasting
- RIKEN scientists achieve key elements for fault-tolerant quantum supercomputation in silicon spin qubits
- How to track sharks using machine learning
- UWS builds bleeding-edge AI tech that diagnoses Covid-19 in minutes
- New AI model helps discover causes of motor neuron disease
- South Korean prof develops Terrain-Aware AI for predicting battle outcomes in StarCraft 2
- German Research Foundation funds project at the University of Göttingen to study causality
- UR Medicine suggests the brain processes smell both like a painting, a symphony
- Agnostiq, Mila partner to bridge quantum supercomputing, ML
- Swiss astrophysicist takes a closer look at Jupiter’s origin
- Japanese astrophysicists show how gas giants form from dust to planet
- All antennas at the VLA ready to stream massive data for technosignature research at COSMIC
- Edge processing research takes Surrey discovery closer to use in AI networks
- A major project brings together Finnish industry, research for quantum technology development
- University of Waterloo researchers use AI to analyze tweets debating vaccination, climate change
- Repeats are key to understanding humanity's genome
- UK review of academic studies finds AI could help clinicians with mechanical ventilation
- QuTech takes important step in quantum supercomputing with error correction
- JAIST supercomputer shows novel crystal structure for hydrogen under high pressure
- Brown University physicist discovers a strange metal that could lead to quantum supercomputers, deep insights
- Chinese astronomers reveal a lighter Milky Way based on Gaia EDR3 data
- Johns Hopkins builds cloud-based platform that opens genomics data to all
- SAIT demos the world's first MRAM based in-memory computing
- Japanese cosmologists demo their new model for the upcoming LiteBIRD mission
- Georgetown biologists use AI to search for the next SARS-like virus
- USC Medicine Crump lab develops the Constellations algo for understanding head development
- University of Tokyo researchers find public trust in AI varies greatly depending on the app
- Seeking a way of preventing audio models for AI machine learning from being fooled
- MIT student Mathews streamlines turbulence theory by combining ML, physics to model complex plasma phenomena
- Terahertz light-driven spin-lattice control can open up a new path to faster storage
- Anomalo, Snowflake partner to help enterprises trust their data
- UK supercomputing reveals more hostile conditions on Earth as life evolved
- CfA astronomer Karen Collins uses ML to discover mysterious dusty object orbiting TIC 400799224
- Danes minimize phase noise using ML to improve optical systems
- Yale physicists build simulations that show hurricanes will roam over more of the Earth
- German researchers investigate the isotopic composition of rocky planets in the inner Solar System
- Natural History Museum combines supercomputer modeling, paleontology to study Earth's first giant
- UTokyo's quantum ML method allows for efficient, accurate verification
- Japanese modelers show Antarctic ice sheet melting could cause a multi-meter rise in sea levels by the end of the millennium
- How NASA’s Psyche mission will explore an unexplored world
- UTEP wins $4M grant to advance cybersecurity training
- New Humboldt prof creates nature-inspired AI at Bielefeld University
- Chinese researcher develops simulation to provide data for NASA's upcoming Psyche mission
- Rochester scientists reveal the limits of machine learning for hydrogen models
- Flawed diamonds may provide perfect interface for quantum supercomputers
- Harvard Med's computational tools help scientists understand how the brain makes split-second decisions
- Scientists unravel a new insight into how Pluto has formed ice-shapes
- Spanish team proposes a new systems immunology approach for COVID-19
- Exotic quantum particles research paves the way for future quantum apps with less magnetic field required
- NYU researcher wins $200K to bring AI tool to support under-resourced newsrooms
- Salk Stites lab's computational methods could contribute to improving treatment options for cancer patients
- VLTI uses machine learning to help find stars moving around the Milky Way’s supermassive black hole
- Stanford researchers show why heat may make weather less predictable
- Japanese team uses ATERUI II to show stellar 'ashfall' could help distant planets grow
- Washington researchers build Artificial intelligence that can create better lightning forecasts
- Surfing spin waves brings us one step closer to spin superfluidity
- Irish physicists unlock secret to synchronization from flashing fireflies to cheering crowds
- University of Montana's supercomputer models convey melting glaciers will produce new salmon habitat
- UK's low-cost AI soil sensors could help farmers curb fertilizer use
- Novel MD simulation method can accelerate COVID-19 drug discovery
- OSU research enables a key step toward personalized medicine by modeling biological systems
- UK scientists solve the grass leaf conundrum
- Cambridge researchers suggest community of ethical hackers needed to prevent AI’s looming crisis of trust
- WVU engineers create software for aerobots to explore Venus
- Texas A&M researchers develop an algorithm that shows mosquitoes can even flourish in winter
- UC Riverside prof develops wildfire dataset to help firefighters save lives, property
- Washington scientists show what types of environments astronomers can expect to find on exoplanets
- Japanese built AI can discover hidden physical laws in various data
- New supercomputer simulations identify widespread changes in climate variability under sustained anthropogenic forcing
- Virginia Tech research makes waves tackling the future of tsunami modeling
- Pandemic protection investment must be maintained against the next COVID
- UNH researchers find future snowmelt could have costly consequences on infrastructure
- Tel Aviv University prof saves lives by predicting bloodstream infection outcomes using machine learning
- UB pharmacy prof builds AI-powered supercomputer model to predict disease progression during aging
- Michigan Medicine study shows how bias can creep into medical databanks that drive precision health, clinical AI
- How two UMass Amherst scientists are balancing the planet's natural carbon budget
- German engineers design turbo boost for AI to predict new compounds for materials
- James Hone's lab at Columbia demos a superconducting qubit capacitor built with atom-thin materials
- BU astrophysicists reach another milestone on their quest to understand the heliosphere
- Modeling fluid dynamics, NYITCOM prof finds nasal problem plagued long-nosed crocodile relatives
- Paderborn University students demo artificial material that protects light states on smallest length scales
- New data will help predict shaking experienced in earthquakes
- 3D fault information improves alert accuracy for earthquake early warning
- German researchers study cosmic expansion using methods from many-body physics
- Harvard Med researchers model future SARS-CoV-2 mutations; forecasts their ability to evade antibodies, vaccines
- University of Toronto study shows a nearly $1 million productivity boost for some manufacturers' predictive analytics investments
- Vanderbilt engineer Kolouri wins $1M DARPA grant to investigate AI cooperative lifelong learning
- Massachusetts General Hospital uses deep learning models to identify people at risk of thoracic aortic aneurysm
- German scientists pave the way for superconducting spintronic apps where quantum coherence protects spin polarized current flow
- Scientists use ASU built supercomputer models to solve a part of the mystery of ultra-rare blood clots linked to adenovirus-based COVID-19 vaccines
- Michigan Tech students build a machine learning model that reduces uncertainty in breast cancer diagnoses
- Washington, Rosetta@home's deep learning supercomputer dreams up new protein structures
- Harvard astronomers observe a new type of binary star long predicted to exist
- Dutch physicists show that only models with sufficient mathematical complexity satisfy Born’s rule for solving the quantum measurement problem
- Hewlett Packard Enterprise reports flat supercomputer sales, but execs say demand is strong
- Columbia engineering team combines quantum mechanics, machine learning to predict chemical reactions
- AEROSPACE
- CACI wins contract to continue its support of spaceflight systems, simulation, software for JSC
- Uncovering the secrets behind the silent flight of owls: a triumph of computational fluid dynamics
- NASA set to launch new satellite that helps unravel mysteries about clouds, aerosols
- How #EarthCARE mission advances our understanding of clouds, aerosols, radiation
- Rocket exhaust on the Moon: Unveiling the surface effects
- MIT scientists use supercomputational modeling to design 'ultrastable' materials
- Austrian scientists develop forecasting service for ESA's Space Safety Program
- UH prof Liaw develops AI system that predicts patients at more increased risk for diabetes complications
- German scientists build a model for supercomputing the matter in neutron star collisions
- Russian mathematicians boost the performance of blockchain system by 1.5x
- Mass General researchers build ML that predicts which patients with melanoma are most likely to experience a cancer recurrence
- University of Queensland physicists uncover the massive quantum mysteries of black holes
- UW scientists show NASA laser project benefits animal researchers' supercomputer models
- UZH prof Schaepman-Strub shows that vegetation regulates energy exchange in the Arctic
- Japanese researchers decode the complex ordering of atoms in mixed-anion materials
- Stanford prof Zhao improves the prediction of drought by adding plant processes
- Russian prof builds AI that helps discover new space anomalies
- Dartmouth researchers use new data technique to describe space objects
- WVU scientists take on pioneering space weather research, forecasting project
- 21st Century Jobs in Healthcare, Education, Space and Defense will require modeling, simulation talent
- Space expertise brings £1.3m big data science boost to North East of England
- APPLICATIONS
- University of Geneva researches a massive magnetic star eruption that is illuminating a nearby galaxy
- Physicists create software to diagnose severe illnesses using supercomputer modeling techniques
- AI apps map icebergs 10,000 times faster than humans
- NARMAX modeling plays a role to define the next generation of supercomputer forecasting models
- Study casts doubts on the reliability of machine learning methods
- Machine learning models teach themselves, but have limits
- Woolpert secures $13 million contract to gather bathymetric lidar data for Florida's seafloor mapping project
- Predictive models predict increased water needs for fields by the end of the century
- Xinnor showcases xiRAID Opus solution based on NVIDIA BlueField-3 at FMS 2024
- Office of Naval Research grant will help UTA explore conditions that lead to brain injuries
- Japanese climatologists, astronomers use a supercomputer to enhance their models of the ice ages
- Discern Security: Securing the future with AI-powered policy management
- Carnegie, UCLA researchers build a model for Earth’s formation that shows a new method for detecting signs of life on other worlds
- POET Technologies confirms sample availability of POET Infinity, testing with a pair of customers
- UK invests £54 million to develop secure, trustworthy AI research
- UK scientists perform supercomputer simulations to predict the behavior of TBOS as it turns to glass
- UC Berkeley astronomers double the sensitivity of the HERA array
- Cambridge chemists use Chem-map to lift the veil from the human genome black box
- CHOP researcher Dr. Xing develops more accurate computational tool for long-read RNA sequencing
- Irish scientists build simulation based on digital microbes called AGORA2 database
- ChatGPT passes the radiology board exam
- IOCAS prof HU Shijian uses deep learning to predict ITF; provides an important tool for researching climate change
- MPQ-built quantum simulator allows the first microscopic observation of charge carriers pairing
- DECaPS2 survey produces more than 10 terabytes of data on the majesty of the Milky Way
- UCSC prof Paten creates a toolkit for RNA sequencing analysis using a pantranscriptome
- FAU researchers analyze resistance training in older adults at the cellular level
- Australian astronomers offer a Python-based technique to analyze intra-group light
- Webb telescope captures its first image of exoplanet
- Swedish researchers use supercomputer simulations to show that stable molecules can become reactive with light
- Drexel's supercomputer model could help project severity of next COVID variant
- Swedish biologists develop algo that uncovers the secrets of cell factories
- Japanese scientists develop the most accurate model of how the shape of coronavirus affects its transmission
- Moffitt researchers model how self-renewal processes impact skin cell evolution
- ASU builds ML to supercompute melting points for any compound
- University of Zurich uses AI to improve treatment in women with heart attacks
- Japan takes a step closer to probabilistic supercomputing with spin-transfer torque in superparamagnetic tunnel junctions
- Arkansas researchers show how climate change is increasing frequency of fish mass die-offs
- Datadobi added to the IT Enterprise Solutions Software 2 (ITES-SW2) Contract for U.S. Army Computer Hardware Enterprise Software and Solutions (CHESS)
- JAIST prof develops software that can find all non-redundant substitution patterns in disordered systems, making computation in materials informatics faster
- TU Delft discovers the one-way superconductor, thought to be impossible
- Cedars-Sinai investigators develop AI model that may detect earliest signs of pancreatic cancer
- Leeds prof uses AI to detect cancer from patient data securely
- UCI scientists turn a hydrogen molecule into a quantum sensor
- Optical scientist Berkson dishes up new method for measuring radio antennas
- Esri commends European Union's Open Data Directive
- University of Liverpool researchers discover a new inorganic material with the lowest thermal conductivity that can lead to lower energy supercomputing
- TU Munich prof simulates future forest fires in Yellowstone with artificial intelligence
- Rensselaer physicist wins a half million dollars grant to harness AI to search for new materials with exotic properties
- Black holes jets pose many riddles to science
- Michigan State team decodes crop genetics with artificial intelligence, $1 million grant from the NSF
- Berkeley's SSL astrophysicists predicted galactic gamma-ray bursts last year show up right on schedule
- Tokyo Tech's TSUBAME 3.0 supercomputer predicts cell-membrane permeability of cyclic peptides
- Missouri S&T develops first user-friendly software platform to update dynamic networks
- UK mathematicians develop ground-breaking modeling toolkit to predict local COVID-19 impact
- Chinese University of Hong Kong built machine learning accelerates the search for promising Moon sites for energy, mineral resources
- Harvard-led physicists take big step in race to quantum supercomputing
- Japanese built machine learning decodes noisy data to predict cell growth
- Japanese researcher introduces a new theoretical model of high-temperature superconductivity, in which electrical current can flow with zero resistance, that leads to extremely efficient energy generation, transmission
- German modeling forecasts for the Corona pandemic show societies act rationally, in solidarity, but increasingly experience fatigue
- Purdue prof presents models of Goldilocks planets with a tilt evolving complex life
- Broad Institute genomic analysis uncovers several genetic markers associated with SARS-CoV-2 infection, COVID-19 severity risk factors
- Colorado COVID-19 modeling team shows how its models helped reduce spread by informing state policies amidst the pandemic
- SMU prof wins NSF grant for supercomputer models to better aid evacuees after natural disasters
- Germany's GERICS data shows new details on climate change; predicts possible heavy rain, heat on a county level
- Using hydrodynamical simulations from the Constrained Local UniversE project, Instituto de Astrofísica de Canarias' Arianna di Cintio shows that satellite galaxies can carry on forming stars when they pass close to their parent galaxies
- German scientists develop a new fisheries management planning tool; fewer cod stocks are expected
- MMS data reveal a mechanism for accelerating heavy ions in galactic cosmic rays
- University of Barcelona's Mark Gieles discovers a supersized black hole population in the star cluster Palomar 5
- NASA, NOAA, FEMA help communities weather another year of tropical storms, hurricanes
- NC State prof shows how common perovskite superfluoresces at high temperatures can be used as the basic building blocks for quantum applications
- Brazilian niobium supplier CBMM uses Dassault Systèmes’ 3DEXPERIENCE platform to develop safer, more energy efficient automotive applications
- Novel crystal confines electrons to one dimension for spintronic applications
- European Commission launches EXPLORE project to develop AI, interactive visualization applications in astrophysics, planetary science
- ASTRONOMY
- Simulation of the tidal stream in the Sombrero Galaxy (M104) (VIDEO)
- Zooming Through a Simulated Universe
- Can AI help find life on Mars or Icy Worlds?
- Shedding light on dark matter: Astronomers use supercomputer simulations to support its existence
- Researchers make progress in advancing gravitational wave detection by using supercomputer simulations
- Northwestern University's astrophysicists have recently made an unprecedented discovery about a gamma-ray burst that can be explained by a long-lived jet
- Shedding light on the mysteries of black hole jets: Supercomputer modeling unveils a stunning revelation
- Scientists utilize supercomputer simulations to examine the heated roots of the Sun to clarify the mysteries of solar moss
- Scientists use supercomputers to study the first galaxies, find out how the universe began
- SETI simulates message from ET intelligence to Earth with world's largest decentralized storage network
- Unveiling the cosmic spectacle: Blue supergiant stars born from celestial unions
- Cambridge researchers find a new way to measure dark energy
- NASA predicts the Sun's corona behavior, revealing its mysteries using advanced computational methods
- NASA shows the orbital, physical characterization of asteroid Dimorphos following the DART impact
- Drug discovery research can benefit from the use of GNNs
- Supercomputing reveals a new world of possibilities for astrophysicists with the Condor Array Telescope
- Juno Mission finds Jupiter's winds in cylindrical layers, revealing internal structure
- UF's HiPerGator supercomputer opens the secrets of ultralow frequency gravitational waves
- A generous donation of $200 million will help advance the search for life beyond our planet
- A cryptography game-changer for the development of precision medicine
- Unlocking the mysteries of the cosmos: Machine learning illuminates the relationship between black hole growth, star formation
- WVU astrophysicists win the Shaw Prize, the 'Nobel of the East'
- Astronomers make breakthrough discovery with the help of machine learning
- Giant planets threaten habitable zones, UCR simulations show
- South Korean study finds modified gravity in low acceleration situations with wide binary stars
- Unlocking the mysteries of exoplanets: Hubble's journey through time
- A recent discovery by astronomers reveals that seismic ripples have been detected in an ancient galactic disk
- TAU opens a new window of observation on the Moon for the detection of radio waves
- Germany's new idea to understand how the Universe is growing
- German simulations reveal a new plasma instability, shedding light on cosmic rays' nature
- Caltech physicists listen closely to black holes ring
- Faint galaxies lurking in the dark
- Unlocking the secrets of the Universe: Columbia astronomy prof Sironi uncovers new clues on the source of the magnetic fields
- UK scientists' modeling shows how young planets are being eaten by a protostar
- NWRA team's new database makes it easier for scientists to predict solar flares
- Webb finds water vapor, but from a rocky planet or its star?
- NASA’s retired Compton mission discovers superheavy neutron stars
- A virtual Earth-sized telescope obtains a direct image of a black hole expelling a powerful jet
- China performs hydrodynamic simulations for exploring progenitor system of type Ia supernova
- UK prof builds a model of neutron stars that improves insights gleaned from gravitational waves
- Keele researchers study the turbulence raging inside distant stars
- Cambridge astronomers develop novel way to 'see' the first stars through the fog of the early Universe
- Gaia discovers strange stars in the most detailed Milky Way survey to date
- Planets of binary stars as possible homes for alien life
- Prof Mertz wins $1.1 million grant for Dolly Sods supercomputer for groups in physics, astronomy at WVU
- Arizona astronomers provide 'field guide' to exoplanets known as hot Jupiters
- Syracuse physicists develop the first simulations capturing how cells containing the protein vimentin move through body tissue
- Arizona researcher finds slower ocean circulation as the result of climate change could intensify extreme cold weather in the U.S.
- Datadobi launches DQL to scan, interrogate petabyte-scale data lakes
- Dutch researcher's simulations reveal how black holes become supermassive
- AI helping to quantify enzyme activity
- Japanese built AI enables high-fidelity quantum supercomputing
- BCLIMATE shows how lakes are changing worldwide
- Storing data as mixtures of fluorescent dyes
- Swiss astrophysicists study the past of Venus to find out whether it once had oceans
- Duke computer scientist wins $1 million artificial intelligence prize
- Explore the most detailed 3D map of the universe with virtual reality
- Europe launches research project that aims to improve treatment for patients with cancer through artificial intelligence
- Zhang develops machine learning algo that shows how genomes organize in single cells
- German scientists build a new model that simulates global water supply
- Germany invests millions to establish quantum materials research group led by Tegenkamp of the TU Chemnitz
- Woods Hole Oceanographic Institution leads ocean currents research toward modeling our climate future
- Purdue researchers develop 'self-aware' algorithm to ward off hacking attempts
- Quon wins NIH Director’s Award to develop framework to pinpoint disease-causing genetic mutations
- Machine Learning helps reveal cells' inner structures in new detail
- Swiss researchers develop new high-resolution PV production forecasts
- UMD's quantum supercomputer experiments show that combining its pieces does not have to mean combining their error rates
- UMD researchers explain how recently discovered earthquake-like disturbances occur in living cells
- CfA astronomers use supercomputer simulations modeling the effects of stellar wind on an exoplanet
- KU wins grant to use big data from IceCube for studying neutrinos
- Saarland's Jan Reineke wins 2.5 million euros to help solve fundamental problems in the interaction of hardware, software
- Finnish researchers develop AI model that predicts which key of the immune system opens the locks of coronavirus
- California's worst wildfires help improve air quality prediction
- Canada's Acceleration Consortium applies artificial intelligence to discovery of advanced materials
- AI agent helps identify material properties faster
- Brazilian, German research leads to production of more efficient optoelectronic devices
- Pandemic eviction bans found to protect entire communities from COVID-19 spread
- Spin waves unlock the next generation of computer technology, a new component allows physicists to control them
- EPFL scientist develops new tech to build ultralow-loss integrated photonic circuits
- Russian physicist finds a method to more effectively predict properties of ClO2 isotopologues
- ETH Zurich prof designs better antibody drugs with artificial intelligence
- University of Gothenburg's Laura Natali shows how machine learning can help slow down future pandemics
- Swansea University physicists develop new method for putting quantum correlations to the test
- Hebrew University researcher introduces new approach to three-body problem
- UHN develops deep learning model to maximize lifespan after liver transplant
- City, University of London consortium wins highly competitive ESA funding
- Caught speeding: Clocking the fastest-spinning brown dwarfs
- New simulation reveals secret to Jupiter's curious aurora activity
- Linköping University makes a breakthrough that enables practical semiconductor spintronics
- JPL machine-learning methods lead to discovery of rare quadruply imaged quasars that can help solve cosmological puzzles
- St John's College, University of Cambridge's artificial intelligence cracks the language of cancer, Alzheimer's
- Real estate software firm Propelio selects Woolpert to provide Google Maps platform, APIs
- Spanish researchers predict sea level changes along many coasts around the globe
- TU Delft Forze Hydrogen Racing team moves infrastructure to Greenhouse Datacenters facility
- Center for Precision Animal Modeling at UAB wins $9.3 million grant from NIH
- ECMWF moves towards a policy of open data
- Scientists discover new clues deciphering the shape of black holes
- Australian scientists debunk long-held theory of Moon’s magnetic crust
- Two NRL research physicists named 2020 citation laureates 'of nobel class'
- Penn researchers win grant to use AI to improve heart transplant outcomes
- Stockholm researchers run simulations with the Amazon rainforest shrinking by 40 percent
- Sex-specific adverse drug effects identified by Columbia University algorithm
- University of Tokyo uses supercomputer simulations for a clearer view of what makes glass rigid
- US Army grant helps UH researchers develop techniques to stop cyber attackers in their tracks
- AUTOMOTIVE
- BIG DATA
- AI software revolutionizes plant engineering to combat climate change
- Woolpert acquires Ireland-based Murphy Geospatial, a leading European geospatial solutions firm
- Curious minds uncover 30,000 ring galaxies with the help of artificial intelligence
- Spanish researchers build a comprehensive database for studying protein aggregation
- Researchers at Sanford Burnham Prebys use modeling to investigate the shape-shifting mechanism of the Zika virus, identify possible vulnerabilities
- AI tool revolutionizes bird monitoring, conservation
- University of Helsinki AI methods tackle the illegal wildlife trade on the Internet
- ChatGPT can almost pass the US Medical Licensing Exam
- Surrey's Xavier performs simulations to produce discoveries for sustainable hydrogen production
- ALMA gets supercomputing system upgrades that increase data production capacity by a factor of 200-400
- FAU prof Kainz wins 2 million euros for ML in medical imaging diagnostics
- Rhoden's models explain canyons on Pluto moon
- Terry deploys ML on JWST data for discovering exoplanets
- German scientists’ simulation shows coal exit can happen only with stronger policies, China
- High-gain antenna for Roman mission clears environmental tests to downlink the highest data volume of any NASA astrophysics mission
- UK prof Davies creates a new form of amorphous ice using an atomic-scale model of it in supercomputer
- EROS Center scientist Jin automatically produces forest disturbance maps by continually monitoring forest disturbance in real-time for deforestation detection
- Brown bypasses the need for massive data sets with the combo of an ML, active learning techniques
- Caltech astronomers use big data mining to identify rare cosmic events in ZTF survey data
- UH review concludes big data rocks, pushing the formation of crystals forward
- UBC Okanagan modeling aims to inform restoration, conservation of coral reefs
- UMaine, UNH researchers to study how foraging adaptations affect Arctic charr resilience or vulnerability to climate change
- Korea Institute of Fusion Energy builds simulations to predict fusion instabilities in TAE
- Spanish geoscientists analyze sediments to investigate global warming occurring 56 million years ago; used it to predict climate change
- Geoscientist King's modeling reveals how dwarf planet Ceres powers unexpected geologic activity
- Cambridge-built AI tackles the challenge of materials structure prediction
- ADVA increases sales in Q2
- Intel's sales took a nosedive in Q2
- USask researchers use sophisticated supercomputer modeling technology to reconstruct volcanic eruptions to predict climate risks
- Nevada's Ren, Hanan build models predicting future wildfire frequency, size, intensity
- Thompson shows how changes in vegetation shaped global temperatures over last 10,000 years
- Japanese researchers predict the most stable boron nitride structure with quantum simulations
- DAWN discovers a dusty compact object bridging galaxies, quasars at cosmic dawn
- Early human habitats linked to past climate shifts
- Japanese researchers use Monte Carlo, MD simulations to predict self-organization of charged Janus particles
- Danish researchers develop algo to find possible misdiagnosis
- KIST produces simulations for the high-efficiency production of Hydrogen peroxide
- Pitt team develops cheap, potent pathway to pandemic therapeutics
- Russian scientists discover new physical effects important for the ITER reactor operation
- Dattner's modeling shows kids half as susceptible to COVID-19 as adults
- Institute of Industrial Science at The University of Tokyo researchers discover new law of phase separation
- Australian scientists build model to aid patient-doctor discussions on bone fracture risk
- 'Multiplying' light could be key to ultra-powerful optical computers
- Columbia researchers discover a new way to program light on an ultra-small scale
- Goto's new algorithms quickly deliver highly accurate solutions to complex problems
- BIOLOGY
- AI to find promising new antibiotic
- GPT-4 AI surpasses human experts in identifying cell types, but it has limitations
- AI tool predicts responses to cancer therapy using information from each cell of the tumor
- German-built model uncovers the secrets of nature's curvature, how it relates to the migration of cells
- Breakthrough in photosynthesis research: Deep learning applied to protein design
- Western's groundbreaking study reveals that crickets use the ground to amplify their calls
- Previous genetic association studies that involved individuals with European ancestry may have inaccurate results
- Decoding the SARS-CoV-2 puzzle: Simulations reveal insights into M protein interactions
- Unlock the secrets of the Universe with the help of cutting-edge data mining tools designed for use with the Roman Space Telescope
- Unlocking the secrets of the Universe: Mathematicians pioneer artificial intelligence in astrophysics
- UC Irvine-led team sheds light on distant solar system, unlocking secrets of planet formation
- Unleashing the power of supercomputer simulations to shed light on the mysteries of supermassive black holes
- Scientists reveal open-source models to tackle space debris, advancing sustainable space exploration
- Unlocking the secrets of human biology with computational genomics, next-gen CRISPR
- Simulations show why the European buffalo nearly went extinct, identify optimal areas for conservation
- Unlocking the genetic landscape of cancer prognosis through multiscale network modeling
- Caltech discovers previously unknown cell types, gene expressions in the genome using sequencing data analysis
- Sprangler unlocks the power of nature with 'protein legos'
- The 2023 Warren Alpert Foundation Prize celebrates a frontiersperson in computational biology
- A recent study conducted by German ecologists reveals that the decline of local species diversity could be frequently underestimated
- UCSD prof Kadonaga develops AI that reveals extreme DNA sequences with custom-tailored activities
- University of Copenhagen prof Kock's COVID computations trigger a solution to an old problem in computer science
- Indian Institute of Science computational analysis shows how dengue virus evolved in India
- Cedars-Sinai researchers develop computational models to determine the identities, roles of individual neurons in the brain’s complex machine
- Japanese prof Tanaka improves the predictions of structures by adding the influence of hydrodynamics to supercomputer simulations of suspended charged particles in solutions including cells
- Norwegian university uses super computational biology to reveal universal rules shaping cells' power stations
- UAB's proteomic analysis of 2,002 tumors identifies 11 pan-cancer molecular subtypes across 14 types of cancer
- New Technion research integrating biology, computer science sheds light on the process of protein folding
- Damon Runyon Cancer Research Foundation awards Quantitative Biology Fellowships to three cutting-edge scientists
- Amazonian river winds unraveled by air pollution observations
- Is your ML training set biased? How to develop new drugs based on merged datasets
- UBC's Institute for the Oceans and Fisheries proposes marine heatwaves could wipe out an extra six percent of a country's fish catches, costing millions their jobs
- South Korean built deep learning framework enables material design in unseen domain
- Rochester biologists use an evolutionary approach that predicts novel ‘protein partners’ that could contribute to COVID-19 symptoms
- Salk Prof Graham McVicker wins Genomic Innovator Award
- West Nile virus cases predicted to increase in New York, Connecticut due to climate change
- Dartmouth researchers discover fractal brain networks that support complex thought
- Cambridge takes it back to basics to unravel a new phase of matter
- Bristol's photonic chip is the key to nurturing quantum supercomputers
- UK built AI may predict the next virus to jump from animals to humans
- MU researchers identify mutations of Delta, Delta Plus variants
- UK researchers discover superconducting single-crystal flake devices that outperform components in quantum supercomputers
- German researchers use supercomputer simulation to investigate models of living systems
- German, Chinese team develops a new approach for efficient data processing
- Machine learning uncovers genes of importance in agriculture, medicine
- NYU Langone doctors use machine learning tool that improves accuracy of breast cancer imaging
- German researchers show how poxviruses multiply
- China develops a 15-user quantum secure direct communication network
- Sheikh gets NSF Fellowship for Research & Education at the SETI Institute’s Allen Telescope Array
- Owkin, Cleveland Clinic develop artificial intelligence model that predicts liver cancer prognosis
- BU Medicine wins $2.1 million NIH grant to further study arterial disease
- Liverpool researchers develop AI tool that accelerates discovery of new materials
- Rice, UH win NIH award to build useful bacterial colonies
- Missing wind variability means future impacts of climate change may be underestimated in Europe, North America
- Sensing what plants sense: Iowa State builds integrated framework that helps scientists explain biology, predict crop performance
- Stowers investigator develops explainable AI for decoding genome biology
- MIT's Boyden shows the symphony of cellular signals driving biology
- Hokkaido researchers show how high pressure is key for better optical fibers
- Mason researchers examine computational biology approach to flow diversion
- MIT's machine learning discovers potential new TB drugs
- ICDS's Roar supercomputer keeps an eye on volcano movements
- Moon's magnetic fields are the remnant of an ancient core dynamo
- BlueTides simulations show James Webb telescopes will reveal hidden galaxies
- Penn Medicine researchers use artificial intelligence to 'redefine' Alzheimer's Disease
- Johns Hopkins' new website predicts likelihood of cyber attacks between nations
- Supercomputer model uses virus 'appearance' to better predict winter flu strains
- Tetrahedra may explain water's uniqueness
- Hokkaido University discovers age does not contribute to COVID-19 susceptibility
- CHEMISTRY
- German researchers reveal Betelgeuse's boiling surface
- Climate Change Could Affect Global Agriculture Within 10 Years
- Restarting chemical simulations revolutionizes scientific breakthroughs
- Unlocking the potential of novel materials for biologically-inspired information processing
- German scientists deliver a new study shedding light on Arctic sea ice fate
- Japanese researchers use ALMA, machine-learning to show how supermassive black holes change galactic chemistry
- Syracuse prof Wen uses supercomputer modeling to discover the sources of salinization, alkalinization in watersheds
- Palmroth relies on supercomputing to protect Earth from space weather
- German scientist receives prestigious ERC Starting Grant to shatter a computational bottleneck
- Harvard early career researcher discovers a never-before-seen molecule in the atmosphere of a planet using the latest data from JWST
- Austrian computer scientist Gruss wins grant for research into energy-efficient IT security
- Genomic Data Infrastructure Ireland project supports discovery of genetic causes of disease
- German-built simulations show black holes in an eccentric orbit
- UK research models show sea level rise to dramatically speed up the erosion of rock coastlines by 2100
- China evaluates the performance of CMIP6 models in simulating sea level
- Using MDP, UCL Mathematics prof builds AI that predicts when a bank should be bailed out
- Friborg shows how Arctic vegetation has a major impact on warming
- The Hebrew University of Jerusalem utilizes supercomputerized simulations of the atmospheres of exoplanets to identify those suitable for human settlements
- Brout's combined Pantheon+ dataset produces the most precise view of dark energy, dark matter
- Brazilian built AI helps predict performance of sugarcane in the field
- Trinity College Dublin physicists suggest our brains use quantum computation
- Verseon acquires Edammo to create the world’s most powerful data platform for accelerating new drug discoveries
- Monterey Bay Aquarium Research Institute unlocks the power of AI for ocean exploration with new open-source image database
- Trinity College Dublin's ML for classifying key immune cells has implications for a suite of diseases
- UTA researcher will use new computational models to pinpoint types of dementia
- University of Bologna prof Gatti uses AI to analyze the environmental pollution plays an influential role in cancer deaths in Italy
- Massive stars sound warning they are about to go supernova
- Penn uses computational chemistry to show how sulfur clouds can form in Venus' atmosphere
- Rice combines MD simulations, stochastic models to sharpen genetic base editors
- UAF space physicists upend understanding of upper atmospheric wind
- OSU modeling takes a step toward low-temperature preservation of 3D tissues, organs
- Tsinghua University Dean wins the 2021 Kyoto Prize in Advanced Technology
- Newcastle modelers show the climatic drivers of honey bee disease
- Harvard researcher develops program to read any genome sequence, decipher its genetic code
- Texas A&M simulations show how prolonged radiation exposure damages nuclear reactors
- SwRI, UTSA win $1.5 million grant to study hypersonic separation events
- Bristol scientists demo new tool to tackle climate change at COP26
- Hospital for Special Surgery sponsors the DREAM Challenge to develop better ML for assessment of damage in arthritis
- CCNY experts master defects in semiconductors
- Goethe University physicists develop model of a relativistic jet emitted by a supermassive black hole
- OIST Japan finds machine learning useful for quantum control
- BYU researchers create algorithm that predicts when an adolescent will become suicidal with 91% accuracy
- DESY built machine learning produces unprecedented insights into how biomolecules work
- Black & Veatch helps data centers increase efficiency, transition to high density
- Tel Aviv University prof identifies the proteins in the coronavirus that can damage blood vessels
- NASA, PIK study finds climate change to stir up global agriculture within next decade
- Tulane University study uses AI to detect colorectal cancer
- York scientists build AI model to understand protein-sugar structures better
- Syracuse prof uncovers the secrets behind Earth’s first major mass extinction
- Better supercomputer models of atmospheric detergent can help predict climate change
- RIKEN theoretical physicists use machine learning to understand finite-temperature quantum effects better
- Georgia Tech researchers discover predictable behavior in promising material for memory
- NUST MISIS scientists develop fastest-ever quantum random number generator
- KIST research team generates optical data transmission speed increase by a factor of at least 10,000
- Swiss scientists develop algorithm to mimic electrosensing in fish
- Arecibo observatory helps find possible 'first hints' of low-frequency gravitational waves
- Bruce Lee's simulations highlight potential value of developing ways to reduce how long someone is contagious
- Japanese scientists make Ising models easier to implement physically for solving combinatorial optimization problems
- Swedish researchers show how the model used to evaluate lockdowns was flawed
- Swiss scientist shows how nearby galaxies form their stars
- UH machine learning model boosts search for 'superhard' materials
- Swiss machine learning models show DNA regions in our brain that contribute to make us human
- CLIENTS
- Cyberattacks: The growing threat to governments in 2023
- Acceldata offers cost-effective, flexible alternative to legacy Cloudera
- Chinese researchers propose an approach for detecting LDoS attack based on cloud model
- Galactic RainCloudS supercomputing in the cloud unveils the enigmas of our galaxy
- UTSA, UCCS researchers team up to identify methods to predict future cyberattacks
- Japanese scientists develop a statistical randomness-based framework for processing big datasets efficiently with memory limit
- University of Tokyo chemists develop high-capacity tape for the era of big data
- Huge ring-like structure on the surface of Jupiter’s moon Ganymede may have been caused by a violent impact
- Li develops new way to address common computing problem
- NASA sun data helps new model predict big solar flares
- ALMA finds possible sign of neutron star in supernova 1987A
- TiPES outlines techniques to achieve better climate simulation
- University of Oregon astronomer's new approach refines the Hubble's constant, age of universe
- AI finds patterns of mutations, survival in tumour images
- Leeds researchers save a world drowning in plastic pollution
- Stanford scientists develop a method for predicting unprecedented events
- AI model to forecast complicated large-scale tropical instability waves in Pacific Ocean
- DEFENSE
- SwRI updates impact modeling software EPIC for the US Army Corps of Engineers to meet the evolving computational needs of the US Department of Defense
- DART pummels asteroid in first-ever planetary defense test to improve supercomputer modeling
- Swiss researchers simulate the defense against asteroid impacts on Earth
- Stanford researchers reveal add-on benefits of natural defenses against sea-level rise
- Paderborn university wins a million euros from the German government for photonic quantum supercomputing research
- SpaceML makes AI-ready datasets available to researchers working in space science, exploration
- FAU built model reveals origin of ‘motion of the ocean’ in the straits of Florida
- Astra hires IBM Watson, Apple veteran Stratos Davlos to lead software
- University of Copenhagen researchers' technique keeps qubits stable at room temperature instead of absolute zero
- OSU modeling predicts fewer lightning-caused ignitions but bigger wildfires by mid-century
- Mizzou engineer builds 3D model to better predict the spread of invasive carp using river water flows
- University of Copenhagen prof develops algo that reveals the mysterious foraging habits of narwhals
- Purdue engineers propose an energy-efficient method for using 100 percent outdoor air in buildings
- Germany's Helmholtz AI seeks a faster pathway to synthetic data
- Sweden's University of Gothenburg prof builds AI model that helps understand virus spread from animals to humans
- Kyndi's Neuro-symbolic AI recognized by the World Economic Forum
- Italian researchers perform molecular dynamics simulations to study biomolecules
- NASA's SnowEx data collection campaign wraps up for 2021
- Minnesota researchers discover a key cause of energy loss in spintronic materials
- Rensselaer's materials combo provides progress toward quantum supercomputing
- Japanese researchers uncover a key clue as to whether hurricanes will decay or re-intensify after hitting land
- German researchers discover the largest rotation in the universe
- Deep learning with SPECT accurately predicts major adverse cardiac events
- ALMA discovers earliest gigantic black hole storm
- UK astronomers demo the value of supercomputing the fates of stars
- NASA's LHASA 2.0 uses a machine learning model to better represent landslide hazards globally
- Structured Quartet Research Ensemble study how changing community networks impact disease spread
- OU astronomers discover a 'changing-look' blazar
- Illustris-TNG simulation shows the unexpected effect of black holes beyond their own galaxies
- Brookhaven physicists develop algorithm that achieves significant improvement in spotting neutrinos in a cosmic haystack
- Purdue professor wins Multidisciplinary University Research Initiative funding from Department of Defense
- Massive dataset reveals which governments have best responded to COVID-19 pandemic
- New genetic analysis method could advance personal genomics
- OIST model shows that the speed neurons fire impacts their ability to synchronize
- University of Exeter astronomers discover a warped disc torn apart by stars in a triple Tatooine-like system
- Caltech research demonstrates how the use of molecules in quantum supercomputing leads to fewer errors
- Artificial intelligence learns continental hydrology
- A.I. tool promises faster, more accurate Alzheimer's diagnosis
- Chinese researchers use deep learning on 'selfies' to detect heart disease
- Artificial intelligence recognizes deteriorating photoreceptors
- Skoltech supercomputer helps scientists reveal most influential parameters for crop
- CU produces new look at Mars' eerie, ultraviolet nighttime glow
- CLOUD
- AWS launches Amazon EC2 Capacity Blocks for ML workloads
- CoreWeave deploys Dell to provide greater access to supercomputing power for GenAI
- Uniting for a cleaner future: UK leads the way with cloud-based AI to reduce river pollution
- Russian researchers develop a new method for analyzing genetic admixture of populations
- Oxford researchers develop new AI system using light to learn associatively
- Cambridge develops IcePic algorithm that outperforms humans in predicting ice crystal formation
- Chinese researchers find human activities increase likelihood of more extreme heatwaves
- HKU physicists discover signatures of highly entangled quantum matter
- Extensive training on virtual universes from supercomputer simulations produces AI-assisted analysis of three-dimensional galaxy distribution in our Universe
- UCR astrophysicist shows why Jupiter doesn’t have rings like Saturn
- UNC reveals genetics underlying alcohol, cigarette abuse
- University of Tokyo creates material for spintronics in magnetic memory
- University of Barcelona uses ML to predict the consequences of genomic changes over time that make humans emerge
- WAE, Imperial College London support Faraday Institution funded BESAFE project to advance the understanding of the initiation, propagation of thermal runaway
- University of Geneva team develops new model to solve part of the solar problem
- Algorithms help to distinguish diseases at the molecular level
- Japanese astronomers discover supermassive black holes inside of dying galaxies in early Universe
- Artificial Intelligence helps in the identification of astronomical objects
- German modelers show Siberian tundra could virtually disappear by mid-millennium
- Machine learning tool estimates extinction risk for reptiles previously unprioritized for conservation
- Rockefeller bioinformatic prospecting, synthesis of antibiotics helps turn the tide against drug-resistant pathogens
- Foresight Williams Technology Funds invests in dRISK
- Geisinger develops rECHOmmend model to predict undiagnosed structural heart disease
- Nixu continues developing cloud security for Finnish government’s Valtori
- Leiden astronomers calculate genesis of Oort cloud in chronological order
- Columbia Engineering team builds first hacker-resistant cloud software system
- Google Cloud launches Vertex AI, making machine learning more accessible, useful for businesses
- OnScale introduces cloud engineering simulation platform
- DEVELOPER TOOLS
- Chinese researchers build AI models that predict decay modes, half-lives of superheavy nuclei with unprecedented accuracy
- Xinnor showcases collaborative work with NVIDIA, Solidigm, and KIOXIA at FMS 2024
- Russian scientists develop a neural network algorithm that predicts Arrhenius crossover temperature with 90 percent accuracy
- EERIE project uses supercomputers for improved Earth system simulations
- Weizmann scientists solve a 50-year-old puzzle on why Earth’s hemispheres look equally bright when viewed from space
- Germany builds single-photon emitters in silicon at the nanoscale
- South Korea begins to search for DFSZ axion dark matter
- Australian Antarctic scientists deploy Nilas online for sea-ice zone data sets
- UK scientists find radioactive isotopes reach Earth by surfing supernova blast waves
- Tokyo Tech demos multi-policy-based annealer for solving real-world combinatorial optimization problems
- Prof Lee's supercomputing reveals an acceleration of global sea level rise imminent past 1.8℃ planetary warming
- AI model sheds light on cognition, brain disorders
- Zooming in on Merging Spiral Galaxies
- Hubble discovers spiraling stars, providing a window into the early universe
- UM researchers reveal ocean cooling is an impossible solution to mitigate hurricanes
- Enhancing our physical understanding of climactic processes using improved climate models
- Climate data can help model the spread of COVID-19
- Uncertain analysis in finite elements models
- University of Bristol develops pioneering mathematical formula that revolutionizes modeling
- UK deploys AI online to reduce common drug side effects
- University of New South Wales shows how the Southern Ocean takes on the heat of climate change
- Helsinki researchers use ML to unlock the genomic code in clinical cancer samples
- VLBA produces first full 3D view of binary star-planet system
- Caltech prof shows how coastal ocean currents increase Antarctic ice shelf melt
- Australian prof builds models to fight malaria in Africa
- UK researchers develop AI algo that detects brain abnormalities could help cure epilepsy
- Rensselaer wins $250k grant to research ML algos, improve complex predictions
- Brazilian researchers show superconductivity at higher temperature than usual
- ICFO researchers use ultracold atoms dressed by light to simulate gauge theories
- Cedars-Sinai creates supercomputer models of brain cells
- Hokkaido University uses simulations to map a treasure trove of fluorinated compounds
- OU researchers win two NSF pandemic prediction, prevention projects
- Magnetic superstructures resonate with Osaka Metro 6G developers
- China creates the first set of large ensemble simulations with a global climate system model to reveal the role of internal climate variability
- Waseda University researchers develop RaptGen computational model that can be used for novel aptamer generation
- Japanese researchers discover a common vibrational mechanism in amorphous solids including glasses
- Japanese researchers create 'time machine' simulations for studying the lifecycle of ancestor galaxy cities
- NC State researchers build model that finds best sites for electric vehicle charging stations
- Japan's NICT demos the World's first transmission of 1 petabit per second in a standard cladding diameter multi-core fiber
- German prof uses FE for insights into how plesiosaurs swam underwater
- Kobe University researchers show the link between temperature, dehydration, tectonic tremors in Alaska
- JU prof builds a neurobiological model to better understand creative processes
- IRB Barcelona uses ML to expand tumor genome interpretation for personalized cancer treatment
- French scientists develop model that predicts forest tree growth in new environments
- Georgetown shows how climate change could spark the next pandemic
- Tropical cyclones could double globally by 2050
- UK ecologists develop modeling tools to predict the distributions of species
- AI tech helps Johns Hopkins researchers peer into the brains of mice
- Japanese researchers demo quantum supercomputer memory resilient against errors
- University of Groningen computer scientist develops new algorithm that should help app developers who respect the privacy of their users
- Spanish researcher uses machine learning tools to create a new model to assess ICU patients' mortality risk
- Texas A&M prof builds online tools to fight antibacterial resistance
- UVA develops new tools to battle cancer, advance genomics research
- Weigel develops Python tools to help scientists view heliophysics data
- EARTH SCIENCES
- Europe's space freighter Automated Transfer Vehicle Jules Verne burning up over an uninhabited area of the Pacific Ocean at the end of its mission
- Australia on track for unprecedented, decades-long megadroughts: Supercomputer modeling raises concern
- Supercomputer models reveal disturbing truths about melting glaciers in Greenland, causing growing concerns
- The Arctic in peril: Unveiling the consequences of changing river flows amidst warming
- Scientists at the University of New Mexico use volcanic modeling to create a response plan
- Pollution, climate change have harmed biodiversity in freshwater lakes for over 100 years
- Houston scientists used ML tech to find air pollution sources
- AI finds new roads threatening rainforests, aiding conservation
- Uncertainties, gaps in data make it difficult to fully understand the impact of soil respiration on climate change
- Cambridge's simulations show the impacts of volcanic eruptions on climate are miscalculated
- Unveiling the mysteries of clouds: A new era in climate research
- AI predicts agricultural land suitability change by 2050
- Unveiling the mysteries of Earth's transformation
- Unveiling the mysteries of Earth's orbital evolution: Supercomputer simulations lead the way
- Goethe University sheds light on the dynamics of plate movements in the Earth's interior by modeling Alpine rock
- Climate models inspire hope for our planet's future
- Seattle Fault traced to ancient continent tear via supercomputer models
- Geoengineering may slow Greenland ice sheet loss, but scientists are skeptical
- Advanced computational modeling reveals high-risk earthquake zones across the United States
- Researchers use a deep-learning model to identify earthquake waves from the DAS data from the offshore cable
- New research proposes impact-driven mixing of mantle materials for current mantle composition, shedding light on Earth's precious metals
- Unusual deep slip: Morocco earthquake modeling
- German researchers analyze the accuracy of climate change models
- Uncovering the impact of climate change: Extreme heat in the soil
- The rapid warming of the Arctic and its impact on the rise of global temperatures
- Conducting a thorough analysis to identify precursor phenomena for earthquakes
- UK study uses SAR images, machine learning to detect icebergs in sea ice
- ESA's trailblazing Aeolus preps for end-of-life activities
- Hebrew University conducts a study to determine whether a new mechanism for climate change exists
- S&T prof Huang wins over $14M in funding to develop fiber optic sensors for harsh, extreme conditions
- Discover the power of deep learning with UCSC seismologists' pioneering technology that enables them to predict earthquakes
- Tohoku team shows how the geomagnetic field protects Earth from electron showers
- Dr. Andrew Carr models ancient climate change to solve the mystery of vanished South African lakes
- Chinese researcher's simulations show why Antarctic ice shelves are losing their mass, how it leads to global sea level rise
- UC Irvine prof Moore's analysis shows climate change could cause disaster in the world’s oceans
- China develops Earth system models with clouds, ocean submesoscale eddies
- University of Houston's Floryan finds simplicity within complexity
- Hubble spots a super-speedy jet blasting from star collision
- Australian astronomers' model explains baffling 'spiderweb' star is a nesting binary
- Swedish researchers present a breakthrough in the calculation of the atomic nucleus of the element lead
- Portland State evaluates climate models' accuracy in simulating Pacific Northwest weather patterns
- UArizona geosciences prof Tierney's maps shed light on our climate future
- Japanese-built MD simulations help prevent damage to industrial parts
- Scottish researchers propose a roadmap to understand whether AI models, the human brain process things the same way
- Harvard Medical School research indicates that compared with human clinicians, image heat maps underperform, require further refinement
- Japan's climate modeling shows global warming at least doubled the probability of extreme ocean warming
- MIT astronomers discover a cataclysmic pair of stars with the shortest orbit yet
- Refining current opacity models is key to unearthing details of exoplanet properties
- Université de Montréal student discovers an ocean planet about 100 light-years from Earth
- China’s CMA Earth System Modeling, Prediction Center shows how mountain events could improve safety with higher resolution weather models
- Some exoplanets found thus far may be too old to support temperate, Earth-like climates
- Washington shows how ice shards in Antarctic clouds let more solar energy reach Earth’s surface
- NASA software benefits Earth, available for business, public use
- What causes the deep Earth's most mysterious earthquakes?
- Miami researchers shine a light on hazards of Earth's largest volcano
- Simulations show Earth's deep mantle may have proton rivers made of superionic phases
- LIGO, Virgo scientists discover new gravitational wave
- Russian biophysicists model the effect of antiseptics on bacterial membranes
- American disease transmission models help forecast election outcome
- Russian scientists develop ML algo to find binding sites in drug targets
- MIT's Brown wins SfN's Swartz Prize for Theoretical and Computational Neuroscience
- Scripps chemists develop framework to enable efficient synthesis of 'information-dense' molecules
- Johns Hopkins researchers discover 'spooky' similarity in how brains, computers see
- Australian invention to make it easier to find 'new Earths'
- Evidence of broadside collision with dwarf galaxy discovered in Milky Way
- Pitt engineer fights fire with data
- UD's new approach to artificial intelligence builds in uncertainty
- Data mining system unearths US counties most at risk for COVID deaths
- UBC study shows six billion Earth-like planets in our galaxy
- ECONOMICS
- VTT develops AI tool to measure work-related stress with emphasis on privacy
- Revolutionizing precision agriculture: The impact of Transformer Deep Learning on water, energy demands
- Promises & pitfalls: Machine learning in financial markets
- ChatGPT can't ace accounting exams, but experts think it soon will… What does it mean for teaching?
- Japanese prof Le proposes a theoretical framework for attaining a higher nonlocal probability
- VCU, Northwestern med schools use XGBoost to predict sleep disorders from patient records
- Chinese prof Jingjia uses AI to predict ocean waves
- UH prof Kakadiaris wins grant to combat food insecurity through AI
- MIT econ prof Beraja shows how an 'AI-tocracy' emerges in China
- WVU finance prof Jain describes why people are turning to AI for investment advice
- Japanese university develops method to identify symmetries in data using Bayesian statistics
- University of Limerick, Ireland research could reduce time required to bring new medicines to market
- UK researchers run supercomputer simulations that show limiting global warming to 1.5°C would reduce risks to humans by up to 85%
- MIT, MGH, Harvard Med build simulation models that project national opioid crisis to worsen before it gets better
- Japanese-built MD simulations, ML, topology reveals a hidden relationship in amorphous silicon
- Japanese researchers develop a model of motor learning that is able to simulate the results of experiments in humans
- Duke's modeling predicts habitat changes along the Atlantic coast may further fuel climate change
- Caltech scientists adapt methods from weather forecasting to assess the risk of COVID-19 exposure
- Stewart Blusson Quantum Matter Institute researchers investigate intricacies in superconductors
- DTU discovers the potential of bacterial compounds, genes linked to colon cancer-related toxin
- FAU Harbor Branch wins EPA grant to study connectivity between Everglades, Florida Keys
- MD simulations of proteins help unravel why chemotherapy resistance occurs
- Game theory, economics show how to steer evolution in a better direction
- Zyter introduces Smart Agriculture IoT platform that supports precision agriculture with automated crop management
- Japan’s Subaru Telescope, ATERUI II supercomputer join forces to reveal a clear Universe
- Spanish-German team's computational model simulates movements of hominids via water routes
- Computer scientist Jin wins Germany's highest international research award Humboldt Professorship for artificial intelligence at Bielefeld University
- Black Hat USA 2021 announces full schedule, hybrid event programming
- Russian scientists discover a new type of quasiparticle for quantum supercomputing apps
- Tel Aviv University researchers launch the world's thinnest technology, only two atoms thick
- AmazonFACE supercomputing shows that rising levels of CO2 reduce rainfall in the Amazon more than deforestation
- Washington University in St. Louis prof finds a new piece of the quantum supercomputing puzzle
- FAU lands $736,000 from NASA to study the coastal carbon budget from space
- eROSITA magneticum simulations show how the matter highway in space makes galaxy clusters grow
- RAMBO speeds searches on massive DNA databases
- UVA prof Zhigilei visits top public research university in Germany
- American, Japanese team's folding simulations solve a puzzle to design larger proteins
- Physicist Jean Dalibard awarded the 2021 CNRS Gold Medal
- Kavli IPMU's Murayama proves that QCD can create light-weight subatomic particles
- University of Houston's artificial intelligence breakthrough gives longer advance warning of ozone issues
- Tufts scientists use first-principles calculations run on supercomputers to predict, design single atom catalysts for important chemical reactions
- Washington University in St. Louis prof finds pandemic air quality due to weather, not just lockdowns
- Memorial Sloan Kettering computational biologist develops machine learning tool to show how cancers evolve in real-time
- NIBIB-funded modelers use supercomputer simulations for designing precise genetic programs
- Minnesota's research demos a new machine learning method that improve environmental predictions
- Dark matter: real stuff or gravity misunderstood?
- Japanese researchers develop the most successful simulation of bubble cascading flow in Guinness beer
- Pitt civil engineers examine urban cooling strategies using reflective surfaces
- Swiss scientist builds new model to simulate tsunami generation from iceberg calving
- Intel's chip sales plunge 20 percent in Q1
- ENGINEERING
- Sam Harris update on dangers of AI | Lex Fridman Podcast Clips
- Switching a 2D metal-organic framework from insulator to metal: Exploring unusual conductive behavior
- Researchers claim quantum interference could revolutionize transistors, but skepticism remains
- Artificial intelligence, supercomputer simulations unlock a new world of 2D materials
- The future of supercomputing: Harnessing the power of chiral magnets
- Unveiling the wind farm conundrum: Supercomputer simulations cast doubt
- Is computing in 2040 a ticking time bomb for safety, truth, ownership, and accountability?
- Bold claims raise skepticism over utilizing waste supercomputer heat for home heating
- AI unlocks secrets of polycrystalline materials
- Woolpert VP named 2024 Houston Engineer of the Year
- NASA's Fermi animates the dynamic gamma-ray sky which required about three months of processing time
- NASA supercomputing shows ocean currents may affect the rotation of Europa’s icy crust
- LIGO researchers develop early-warning software to nab neutron-star mergers faster
- Swiss team develops single-photon detectors with unprecedented performance to combat spies
- Australian engineer Pla invents an ultra-sensitive spin-measuring device
- Swedish climatologist Heuzé proposes Arctic climate modeling is too conservative
- Cincinnati physicist explores strange metals' potential as superconductors for quantum supercomputing
- Tohoku University prof Mangin demos sub-picosecond magnetization reversal in rare-earth-free spin valves
- Yale prof Yao investigates the use of ML for the sustainable development of biomass
- NASA Goddard scientists comb through the new simulated Roman data to get a taste of the bonus science
- UH engineering prof Nguyen wins NCI grant to create next-gen AI to improve diagnostics
- UniSQ water engineer improves herbicide modeling to help turn the tide on reef damage
- Dutch scientists create material that paves the way for more energy-efficient electronics
- Drexel researchers demo a ML approach for predicting Philadelphia's future energy use
- Japanese researchers perform pushover analyses with nonlinear FEM of the damage on bridges during earthquakes
- Norwegian built model makes bike-sharing work
- Finnish university develops ML approach that facilitates molecular conformer search in complex molecules
- Brazilian researchers use AI to define priority areas for action to combat deforestation in the Amazon
- Hungarian researchers reconstruct alternative paths to complex multicellularity in animals, fungi from today's genetic diversity
- Russian physicist shows how disturbers shape El Niño
- UK builds ML algo that predicts how to get the most out of electric vehicle batteries
- Modelithics introduces EMA design automation as a reseller
- Powell models missing CO that was hiding in the ice
- Arkansas researchers use AI to assist with early detection of autism spectrum disorder
- UTSW prof uses AI to predict regulatory role, 3D structure of DNA
- UCLA researchers use AI to speed critical information on drug overdose deaths
- NIH first to develop 3D structure of twinkle protein
- Stevens ballistics researchers build a model of the spin on the football spiral
- CHOP helps develop platform to speed up drug development for kids with cancer
- German prof builds AI that enables the design of novel proteins
- Japanese scientists reveal distribution of dark matter around galaxies 12 billion years ago–further back in time than ever before
- Tokyo Tech's ML enables optimal design of anti-biofouling polymer brush films
- BU researchers win NSF grant across five centers to work together to prevent future pandemics
- UMBC creates the first global map of cargo ship pollution; reveals the effects of fuel regulations
- Scripps predicts climate change accelerates ocean currents
- UK scientists use machine learning to identify antibiotic resistant bacteria that can spread between animals, humans, the environment
- NOAA develops global forecasts of marine heatwaves to foretell ecological, economic impacts
- SETI deploys GPU cluster to receive data from the VLA
- UCR astrophysicist shows why Venus rotates, slowly, despite sun’s powerful grip
- ExoMiner adds 301 exoplanets to Kepler's total tally
- Hurricanes are expected to linger over northeast cities, causing greater damage
- Mayo Clinic uses AI to reduce miss rate of precancerous polyps in colorectal cancer screening
- Columbia engineers build a breakthrough integrated photonics device
- RIKEN physicists show how heat flow controls the movement of skyrmions in an insulating magnet
- RIKEN researcher Nomura develops ML method for modeling quantum spin liquids
- ADVA launches sustainable supplier program to tackle CO2 emissions
- UVA joins forces with Virginia Department of Elections in statewide effort to prepare future cybersecurity leaders for protecting critical infrastructure
- New ice-sheet modeling provides critical insights into ice mass loss in Antarctica
- Groundwater in California’s Central Valley may not recover from droughts
- Texas A&M prof finds late season storms to have greater potential for intensifying than early season storms
- Exeter prof finds global warming will cause the world’s soil to release carbon
- Stuttgart physicists develop a new supercomputer simulation for describing the attachment of a liquid to a surface
- CMCC Foundation explores the ML potential for climate change risk assessment
- Cary Institute uses ML to identify mammals with the potential to spread SARS-CoV-2
- UT Southwestern prof uses AI to predict protein interactions for a wealth of drug targets
- Georgia State profs develop fast software to track pandemics as they happen
- Dutch-built machine learning model helps to restore wetlands for coastal protection locally
- MIT physicist Checkelsky demos new material for superconductivity that has potential applications in quantum supercomputing
- Japanese researchers build a nanoantenna for long-distance, ultra-secure communication
- German supercomputing produces new insights into element synthesis in the universe
- NetApp powers Ducati into the next MotoGP World Championship
- British universities consider the ethical implications of using Artificial Intelligence in the food sector
- Japanese supercomputing produces the clue to the missing planets mystery
- Salk prof Michael shines a light into black holes in the Arabidopsis genome
- ASME’s Engineering for Change Research Fellowship Program cohort doubles with Autodesk Foundation support
- Grimaldo's model shows that preventing extortion is more efficient than fighting it
- Warwick scientists discover future targets for Covid-19 treatments rapidly with new supercomputer simulations
- Northwestern builds new technology that enables predictive design of engineered human cells
- Sussex informatics methods model the massive data generated from firing neurons
- Penn State develops deep learning model that helps doctors choose better lung cancer treatments
- Toshiba launches 18TB HDDs for pennies per GB
- Research from CANELa models reaction to improve fuel, lubricant additive production
- ASU researchers evaluate the tech advancement in data viz of ecology
- RUB researchers discover high-performance multi-element catalysts by computational prediction
- Pitt researchers create model to predict the need for surgery in Abdominal Aortic Aneurysms
- UVA engineering prof Balachandran shortcuts search for multi-functional materials
- ENTERTAINMENT
- Brian Greene: Quantum Gravity, The Big Bang, Aliens, Death, and Meaning | Lex Fridman Podcast #232
- Japan unveils the mysteries of the genome structure in the human cell nucleus using simulation
- University of Exeter makes a pivotal breakthrough in the quest to control light to evolve the next generation of quantum sensing, supercomputing
- MIT built model helps identify mutations that drive cancer
- Northern Arizona University disease ecologist wins $3.5 million to build revolutionary epidemiological platform
- Portland State math prof wins $2.1M grant to expand data-driven research, training
- Japanese scientists use diamonds for spintronic supercomputing
- Chinese researchers develop computational strategy for heterogeneous catalysis
- UCF's Virtual Readability Lab presents COVID-19 forecasting research at IEOM Orlando
- Case Western Reserve built AI predicts response to immunotherapy in cancer patients
- HZB's Annika Bande calculates the 'fingerprints' of molecules with AI
- GAMING
- Oregon State builds AI to predict whether a pesticide will harm bees
- RUB builds AI for RNA folding
- University of Washington scientists design new energy-efficient switches
- China produces a good simulation of heatwave frequency variation by a machine-learning model
- WHOI scientists link the changing Azores High, the drying Iberian region to anthropogenic climate change
- Johannes Gutenberg University produces insight into the pinning effects of skyrmions for non-conventional supercomputing
- University of Alaska Fairbanks prof shows need to improve prediction of Arctic melt ponds
- MSU researchers use AI to stay ahead of COVID-19
- Japanese researchers investigate ways to make AIs more robust by studying patterns in their answers when faced with the unknown
- UC3M uses AI techniques to obtain antibiotic resistance patterns
- EPFL's Lab for Data Security develops a cryptography game-changer for biomedical research at scale
- International research team with participants from Chemnitz University of Technology observes ultra-fast motion in ferromagnetic thin film systems for the first time
- The University of Tartu, Cybernetica team to study quantum-safe cryptography
- GOVERNMENT
- Japanese researchers accelerate the phase identification of multiphase mixtures with deep learning
- What evidence did the NIH study provide to show that AI/ML can successfully diagnose Polycystic Ovary Syndrome?
- NOAA launches new hurricane forecast model as Atlantic season starts strong
- ESA deploys a data cube to monitor forest loss in the Amazon
- Dutch prof creates complex oxides that can be used beyond CMOS; shows the way toward novel supercomputing architectures
- Madria’s millions: S&T cybersecurity expert wins large federal research grants
- Chinese prof Lin uses climate models in CMIP6 to show how a warmer world will make heatwaves more frequent
- RIKEN researcher Ueda demos PINN for modeling earthquakes
- University of Sydney geoscientist Salles builds a model that reveals Earth's past 100 million years
- Birmingham prof Iacucci builds AI to predict future flares of ulcerative colitis activity
- UBC develops AI model that predicts cancer patient survival by reading doctor's notes
- Oxford produces new insights into binary star systems
- Osaka Metro uses AI to draw the most accurate map of star birthplaces in the Galaxy
- Chinese scientists verify trap-release-amplify model by reproducing electromagnetic waves on Mars
- Norway simulates air currents for more habitable cities
- China's Institute of Oceanology uses deep learning for global estimation of phytoplankton pigment concentrations
- A black hole repeatedly destroying a star
- Building Better Enzymes
- Syracuse physicist Coughlin builds a model that maps a star’s surprising orbit around a supermassive black hole
- China improves methods that perform parametrization of snow in climate models
- German researchers use MD simulations to learn how to protect biocatalysts from oxygen
- Chinese researchers create fluidic memristors with diverse neuromorphic functions
- Israeli scientists develop machine-learning model for generating enzymes with unprecedented efficiency
- USC developed AI-powered analysis reflects risk of cognitive decline, Alzheimer’s disease based on brain age
- Korean prof Lee investigates AI in fashion
- Chinese prof Liu uses deep learning for a new method for counting leaves
- Sweden increases investment in fusion energy
- Johns Hopkins APL uses AI, satellite images to track greenhouse emissions
- Broadhurst develops a model of a supernova in distant space to understand the origin of the elements in the Universe
- ISB researchers show gut microbiome's supersized role in shaping molecules in our blood
- Danish Prof Allen builds a model that shows how our breathing shapes the brain
- Spanish researchers create material for neuromorphic supercomputing
- Japanese scientists extract data for materials databases
- Scottish built AI to help relieve the winter stress on hospitals
- UCL prof Zane uses IXPE data to reveal magnetized dead star likely has a solid surface
- UTS researcher Fatahi develops an ML technique that applies the Goldilocks principle to reduce potholes
- Prof Koyama offers insights into gravity on cosmological scales
- Japanese prof Ishimoto predicts where the wear will occur in engines
- Australian made AI may improve suicide prevention in the future
- Korean Artificial Sun discovers new high-temperature plasma operating mode for fusion energy
- Japanese built models reveal the determinants of persistent, severe COVID-19
- NNSA fails to implement cybersecurity measures
- Brazilian researchers develop tool that encodes patient data as DNA sequences to integrate databases for epidemiological analysis
- MIT shows how small eddies play a role in feeding ocean microbes; could mitigate some climate change effects
- UC Riverside's coarse-grained models of coronavirus formation could inform the design of effective drugs to fight SARS-CoV-2
- UK climate expert links the changes in the length of day with climate prediction
- UK researcher uses ML to predict the biological properties of the most abundant enzyme on Earth
- NOIRLab unveils stunning image of merging spiral galaxies
- QET Labs' breakthrough paves way for photonic sensing at the quantum limit
- Jiménez-Osés lab's simulations show additional insights into the SARS-CoV-2 spike protein glycan shield
- China applies mesoscale drag to improve the CFD model for simulating the flue gas desulfurization process in powder-particle spouted beds
- Franco lab makes laser bursts that drive fastest-ever logic gates
- Woolpert provides advanced planning, technical services for Broward County (Fla.) airports
- JAIST increases the accuracy of atomic force calculations with the space-warp coordinate transformation
- NIST researchers resurrect, improve a technique for detecting transistor defects
- MD Anderson builds ML models that predict adverse outcomes after abdominal hernia surgery
- Chinese researchers use CFD to simulate SARS-COV-2 transmission and infection on airline flights
- Johns Hopkins researchers build AI that predicts if, when someone will have cardiac arrest
- Surrey academics show how blockchain offers a solution to post-Brexit border digitization to build supply chain trust
- Japanese researchers build simulations that explain Greenland’s slower summer warming
- UAlbany, FIU researchers team up to launch $1.5 million cybersecurity institute
- NASA supercomputing shows 2021 tied for 6th warmest year in continued trend
- RIKEN shows how the free-energy principle explains the brain
- Chinese built divide, conquer algorithm offers a promising route for big data analysis
- Slope stability model helps prevent landslides to protect communities, save lives
- NSF renews funding for Two-Dimensional Crystal Consortium
- Penn State astrophysicist builds dark matter map that reveals hidden bridges between galaxies
- BU researchers use artificial intelligence to determine extent of damage in kidney disease
- Japanese astrophysicist's supercomputer simulations of plasma jets reveal magnetic fields far, far away
- Michigan physicist suggests a fix to the cosmological cornerstone Hubble constant
- Texas A&M researchers develop Computational Fluid Dynamics-Discrete Element Methods model for studying the flow in the next-generation reactors to improve safety
- ALMA discovers the most ancient galaxy with spiral morphology
- MD Anderson's Chen develops an AI tool for finding rare cell populations in large single-cell datasets
- Brown researchers use holey math, machine learning to study cellular self-assembly
- Penn State's molecular dynamics simulation of proteins unveils clues on origins of Parkinson's disease
- NYU modeling predicts mutation hotspots, antibody escapers in SARS-CoV-2 spike protein
- Cornell wins grant to accelerate AI materials discovery for emissions-free driving
- German astrophysicists succeed in gaining new insight into the origin of the elements
- Chinese researchers achieve quantum information masking experimentally
- Groningen physicists use new material for spintronics
- China shows how errors in large-scale, convective tropical precipitation simulations using current global models may impact climate feedback
- Future sparkles for diamond-based quantum technology
- Tohoku researchers develop a numerical method that paves the way for simulating landslide tsunamis
- Australian scientists rewrite the genesis of mosquito-borne viruses
- Astronomers use Subaru Telescope data to chart the expansion history of the universe with supernovae
- Russian scientists develop method for predicting solar radio flux for two years ahead
- CEA, IFP Energies nouvelles renew their collaboration
- Warwick, EPFL team uses phage to discover new antifreeze proteins
- Yale-Boehringer Ingelheim announce Biomedical Data Science Fellowship Program
- Harvard Med develops AI that reveals current drugs help to combat Alzheimer's disease
- Munich deploys sensor network to create a spatially resolved emission map of the city
- Swiss geophysicists show how volcanoes light up the night sky of this planet
- Geisinger, Tempus scientists use AI to predict new atrial fibrillation, stroke risk
- Leicester's virtual clinical trials revolutionize the way new drugs are developed
- Duke's Mattingly presents 2021 SIAM Block Community Lecture at AN21 online
- Japanese simulation method predicts the performance of methane conversion solid catalyst
- Russian researcher shows how Molybdenum disulfide will usher in era of post-silicon photonics
- Hewlett Packard's supercomputers sales drop 9% in Q1
- A quantum internet is closer to reality, thanks to Purdue's switch
- Russians create artificial 'molecules' that open door to ultrafast polaritonic devices
- Russian scientists develop biomolecule elements for the future electronics
- Osaka researchers use machine learning to design, virtually test molecules for organic solar cells for renewable energy
- NetApp, Aston Martin Cognizant Formula One Team pioneer data-driven racing strategy
- Dutch supercomputer simulations show how wind farms benefit from strong 'low-level jets' in atmosphere
- Rice bioinformatics tool accurately tracks synthetic DNA
- Army, Northeastern University collaboration leads to 2D polymer discovery
- A new study sheds light on imaging space debris in high resolution
- Rice's theory could accelerate push for spintronics
- Softline wins second place in Microsoft E5 Open Hackathon
- Mohamed bin Zayed University of Artificial Intelligence, Weizmann Institute of Science launch joint AI Program
- Open data on malaria genomes helps combat drug resistance
- Reclusive neutron star may have been found in famous supernova
- Martin Luther University Halle-Wittenberg develops production method to make crystalline microstructures universally usable
- Spanish researcher develops algo to analyze the evolution of the cosmic web
- Tomorrow's pharmaceuticals could be discovered by quantum simulators
- NAU researcher wins $3.75 million NCI grant for advanced cancer research software
- Gao’s SIS patch modeling shows impact of human mobility on disease spread
- Computational study of famous fossil reveals evolution of locomotion in 'ruling reptiles'
- Warwick researchers use supercomputer simulations to investigate personalised mechanical ventilation of COVID-19 patients
- 0.5°C of additional warming has a huge effect on global aridity
- Swiss geoscientists confirm the Alps were formed by detaching, uplifting, not bulldozing
- ASU researchers store information, design uncrackable codes with DNA
- UNIGE scientists show embryos taking shape via buckling
- Unraveling 66 million years of climate history from ocean sediments
- HEALTH
- A glowing ray of hope: AI breakthrough unleashes a new frontier in antibiotic discovery
- Stanford reveals a responsible AI initiative, RAISE-Health
- Artificial intelligence chatbot outperforms physicians in clinical reasoning
- Artificial intelligence could be the key to predicting if lung cancer will spread to the brain
- AI can accurately detect heart valve disease, predict cardiovascular risk, aid early detection, prevention
- Study shows smoking inhibits cancer-fighting proteins, increasing cancer risk, complicating treatment
- Florida scientists train AI to identify drugs' impact on cellular targets
- AI deep learning model revolutionizes brain cancer treatment, predicts patients' survival
- UTHealth Houston wins $6.4M NIH grant to develop deep learning model for Alzheimer’s
- Scientists use modeling to identify mutations that cause inherited kidney disease
- Cancer drug discovery accelerated as hundreds of overlooked targets prioritized
- Harnessing the power of artificial intelligence in leukemia diagnosis
- Severe MS predicted using machine learning: A breakthrough in personalized treatment
- BMJ Global Health article calls for a halt to AI R&D until it’s regulated
- The potential of ML in transforming cancer diagnosis, prevention in healthcare is immense
- Understanding the role of mutant proteins in cancer growth
- Weill Cornell Medicine leverages ML to identify four different autism subtypes
- Cedars-Sinai cardiologist Ouyang investigates the performance of AI at assessing heart health
- Is ChatGPT reliable enough to be used for recommending cancer treatments?
- BIDMC researchers test AI-powered chatbot's medical diagnostic ability
- UC Riverside uses data from China to find drug combos to prevent COVID recurrence
- AI helps categorize, triage primary care patients with respiratory symptoms
- Australian researchers use AI to better understand dementia, infectious diseases including COVID-19
- MSK research team discovers the expansion of cell-to-cell communication drives the early development of pancreatic cancer
- St. Jude tool gets more out of multi-omics data
- UCSC prof Schmidt creates a deep neural network that provides robust detection of disease biomarkers in real time
- TU Dresden harnesses the power of supercomputer simulations to investigate how proteins regulate bone formation
- Weill Cornell Medicine creates STORK-A for IVF embryo selection
- Imperial College London prof Zhang suggests the failing IT infrastructure is undermining safe healthcare in the NHS
- University of Sydney geoscientists find the future health of coral reefs is written in the sand
- LSU, RSMAS marine ecologists warn of coral extinction by the end of the century
- Mizzou engineers win Army grant to build an explainable AI framework to speed up innovation
- NIH scientists use ML to better define long COVID
- South Korean researchers make a tool for studying inflammatory diseases related to COVID-19
- UFZ modeler finds the European drought was the most intense in over 250 years
- Small microring array enables large complex-valued matrix multiplication
- Australian geologist reveals new way to model past climate on Mars
- Japanese scientists create an inexpensive sensor for real-time measurement of rain, wind
- Rice, Waseda team up to crack complexity with modeling car tires
- WVU builds a bridge to better health using AI
- NYU project trains Kenyan experts to bring social determinants to bear on modeling health outcomes
- UC San Diego Health initiative translates clinical data into novel personalized therapies for breast cancer patients
- Tandon-led initiative will help healthcare practitioners adopt new data-intensive technologies quicker, easier
- Penn Medicine wins $6 million to advance understanding of human genome function in health, disease
- Duke, Pitt researchers demo training enormous AI models in health care while protecting data privacy
- Canada's Ecole de Technologie Superieure welcomes two research chairs specialized in artificial intelligence applied to health
- Chalmers' Nielsen builds COmputing the DYnamics of the gut microbiota for designing healthy diets
- Kaiserslautern founding team develops software that can revolutionize semiconductor development
- Japanese scientist develops a new 'quantum' approach that helps solve an old problem in materials science
- Harvard researcher makes long-lasting molecules for molecule-based quantum supercomputing
- Physicists at the University of Bonn observe new phase in Bose-Einstein condensate of light particles
- Max Planck's MD simulations of SARS-CoV-2 spike protein reveal potential new vaccine targets
- Chinese method for spin-to-charge conversion achieves 95% overall qubit readout fidelity
- University of Copenhagen's new supercomputer model sows doubt about the composition of 70 percent of our universe
- Surrey scientists show how the early death of nerve cells is crucial to form healthy brains
- SwRI to develop AI for integrated corridor management traffic solutions for Tennessee DOT
- City, University of London Prof Ma seeks to unlock the potential of marine wave energy
- Russian scientists find explanation for abnormally fast release of gas from nuclear fuel
- Unusual magnetic transition in perovskite oxide can help boost spintronics
- Italian Institute of Technology explores satellite data using AI to discover hidden archaeological sites
- Göttingen, Auckland astrophysicists simulate microscopic clusters from the Big Bang
- Leicester prof uses AI to study an aggressive form of cancer
- Mizzou prof creates a new way to visualize mountains of biological data
- Michigan team's predictive modeling provides a more accurate picture of how coughs disperse viruses
- UK researchers use machine learning to rank cancer drugs in order of efficacy
- Event Horizon Telescope reveals magnetic structures near supermassive black hole
- Penn State researchers develop computational methods that allow for accurate determination of gene expression
- Dutch researchers show how to build a two-dimensional array of qubits to function as a quantum processor
- Using Facebook built AI, University of Rochester prof maps how the brain understands sentences
- Warwick physicists apply algos inspired by social networks to reveal the lifecycle of substorms, a key element of space weather
- University of Helsinki's image analysis based on machine learning reliably identifies hematological malignancies
- CyrusOne deploys second net-positive water data center
- Japanese researchers use diamond color centers for nonlinear photonics
- Japanese researchers devise a new approach to show how ghost-like neutrinos helped shape the Universe
- Korean bio simulations open a new way to reverse cell aging
- TU Dresden scientists determine the structure of glass-shaping protein in sponges
- Japanese scientists study killer electrons in strumming sky lights
- OU's Crossley wins $2 million NSF grant to advance polymer recycling tech
- Iowa State researchers make sense of a universe of corn based on genomics, data analytics
- Researchers supercomputer simulations prove water has multiple liquid states
- UCF researchers distinguish features that could make someone a virus super-spreader
- Tokyo University of Science advances spintronics by controlling the magnetization direction of magnetite at room temperature
- Missouri S&T researchers use federated learning to improve data security in smart devices
- Swiss researcher builds new system for drying fruit by means of ionic wind
- Kavli IPMU research reveals history of temperature changes in the Universe
- New Cambridge Centre connects AI, medicine, UK life sciences sectors
- German scientists use hydrodynamical simulations to determine black-hole formation in neutron star collisions
- WPI awarded more than $900,000 to develop computational models for human cell division
- Russian physicist develops software to measure black holes stability
- Europe takes center-stage in global spread of the coronavirus
- Danish students develop Carbontracker to predict the carbon footprint of algorithms
- Ultrapotent COVID-19 vaccine candidate designed via supercomputer
- Where were Jupiter and Saturn born?
- INDUSTRY
- Marbell leads Woolpert's geospatial business development strategy
- Carichino's LEAPS-MPS award highlights the significance of her research in modeling of the interaction between the eye, contact lenses
- Hewlett Packard Enterprise reports fiscal 2024 first quarter results amidst challenging market conditions
- A new artificial material mimics quantum entangled rare earth compounds
- A novel quantum supercomputer design
- Lenovo faces 16% sales drop in Q3
- German team shows how the Arctic faces problems from legacy industrial contamination, pollutants when permafrost thaws
- Korea's Aleph supercomputer uncovers the mechanisms that cause uneven warming in the Indian Ocean
- NASA-built supercomputer model DAGGER makes predictions with AI to give time to prepare for solar storms
- Can AI predict how you'll vote in the next election?
- The shape of your heart matters
- Swiss magnonics researchers demo spin waves for a new supercomputing architecture
- UK prof Nightingale uses gravitational lensing, supercomputing to discover one of the biggest black holes
- Japanese prof Yamazaki probes where the protons go to develop better fuel cells
- Japan's RIKEN Fugaku supercomputer reveals how an early mutation in the COVID-19 virus helped it spread so fast
- Japanese prof Ishihara creates structured spin states with spatially structured polarized light
- Gordon Moore, Intel co-founder, dies at 94
- Russian physicists develop the fastest algorithm for the simulation motion of microparticles in a plasma flow
- OU prof González's visual analytics research aims to improve supply chain resiliency
- Spanish researcher Fereres develops simulations of alfalfa in AquaCrop forecasting tool
- WCS marine scientist McClanahan builds first-ever AI algo that correctly estimates fish stocks
- German physicists demo prototype of energy-efficient supercomputing with tiny magnetic vortices
- Technion-developed deep-learning system looks at breast cancer scans better than a human
- Georgetown's Dr. Issacs simulates estrogen blockers for women with elevated breast cancer risk
- Wuhan University builds FingerDTA for discovering new drugs
- CHOP pinpoints potential genetic variants linked to increased cancer risk in children with birth defects
- Swiss universities name Tittel as quantum research chair in Geneva
- Emory's theoretical chemist Liu clears new paths for discovery with AutoSolvate
- Chalmers researchers develop AI that tailors artificial DNA for drug development
- Japanese environmental scientist Sato develops a tagged moisture transport model that predicts more snowfall
- Fremling's SNIascore identifies 1000 supernovae
- Anomalo partners with Databricks so businesses can monitor the quality of their data
- Northeastern University mechanical engineers make a new form of silicon that could revolutionize semiconductor industry
- UF startup uses AI to boost ailing citrus industry
- ConocoPhillips deploys Schlumberger's supercomputing in the cloud to achieve vast increases in innovation
- Zyter qualifies dashboard for 5G private networks; production-ready apps include autonomous mobile robots, LiDAR-based analytics, AI-based cameras
- Germen astronomers reveal first image of the black hole at the heart of our galaxy
- Ludwig MSK study modeling tumor evolution reveals a vulnerability for cancer prevention, therapy
- China reveals the latest climate models tend to overestimate future Afro-Asian monsoon rainfall, runoff
- South Korean climate scientists show how global warming shifts the timing of ocean plankton blooms
- Talaoui's doctoral thesis explores how BI acts as a precursor to strategy
- China introduces an all-optical supercomputing chip scheme based on CNNs
- Stuttgart researchers work on integrating color centers into nanophotonic silicon carbide structures
- VTT, Xanadu support scale-up of Xanadu’s photonic quantum supercomputer
- Finland deploys its first quantum supercomputer
- Cardiff builds AI to accurately predict tsunamis
- University of Massachusetts Amherst's hydrologic models reveal Arctic rivers are discharging more water than previously thought
- Cornell developers create a new tool that predicts where coronavirus binds to human proteins
- Stanford researchers propose a simpler design for quantum supercomputers
- KIST researcher demos quantum sensor exceeding the measurement limit of conventional sensor
- Swedish-built neuromorphic supercomputing attempts to imitate the brain’s neural networks
- Japanese researchers study the effect of temperature on the structure of magnesium carbonate, helping improve the trapping of CO2 inside minerals
- Osaka Metropolitan University improves quantum algorithm performance
- Finnish physicists show how new artificial material mimics quantum entangled rare-earth compounds
- Data from ESA's Gaia mission is re-writing the history of our galaxy
- Mirabilis Design System-Level AI Modeler reduces latency, power by 2-6X
- Using MD simulations, MIT chemists show how molecular clusters in the nucleus interact with chromosomes
- University of Copenhagen's Lorenzen implements new algo on Computerome 2 to predict COVID-related ICU resource use, saves lives
- Using GIZMO massively parallel, multiphysics code, Wisconsin scientists discover the Magellanic Stream is five times closer than previously thought
- The discovery of the new exoplanets was made possible by a planet detection algorithm that UCLA postdoc Zink has developed
- China's bias-corrected CMIP6 global dataset improves performance dynamical downscaling projection of future climate
- USC prof finds vaping, not prior smoking, is associated with changes in gene regulation linked to disease
- Torch.AI acquires maritime surveillance company B23; former Navy Seal joins executive team
- Swiss, Italian team demo how to find anti-cancer agents
- REFLECT online resource optimizes selection of combination cancer therapies
- UMass Amherst ensemble model evolves as the most accurate for predicting COVID-19 deaths
- French researchers explore whether Europe could become self-sufficient in soybeans
- German prof generates insights into the dynamic ultrastructure of the heart
- Oracle buys Cerner
- Woolpert hires NG911 tech expert Brooks Lastinger as geospatial project manager
- US consumers lost $3.49 billion in 2021 YTD to various types of internet crime, $1.58 billion more than damages in 2020
- WVU researchers find first hints of low-frequency gravitational wave background
- At cosmic noon, puffy galaxies make stars for longer
- UTEP researchers make discoveries to better understand SARS-CoV-2 virus
- MU's eMINTS National Center wins grant to help advance STEM education in underserved Missouri school districts
- The UK Met Office improves climate-vegetation supercomputer model to predict the impact of ozone on soy crops
- Bristol's researchers show how vitamins, steroids, potential antivirals might affect SARS-CoV-2
- Viral sequencing can reveal how SARS-CoV-2 spreads, evolves
- Miki's models show galactic collisions can starve massive black holes
- Simulations uncover seizures’ complex underlying domino-like transient dynamics in epilepsy
- Stanford researchers develop a new way to forecast beach water quality
- INTERCONNECTS
- UMaine deploys AI in its wireless network to better monitor Maine’s forests
- Swiss physicists build quantum network nodes with warm atoms
- South Korea demos a neuromodulation-inspired stashing system for the energy-efficient learning of a spiking neural network using a self-rectifying memristor array
- MaxLinear showcases 400G transceivers for interconnects
- MANUFACTURING
- Experimental brain-like supercomputing system: Unlocking the potential of neuromorphic nanowire networks
- Unlocking a sustainable future for batteries is now possible through a groundbreaking discovery
- Brown-built model shows how non-drug interventions for patients with Alzheimer’s are both effective, economical
- Tokyo Tech deploys database online aimed at boosting drug design using cyclic peptides
- University of Seville uses CFD to design a new bio-inspired PEM fuel cell
- MIT uses AI to solve the challenges of robotic pizza-making
- CFD simulations track the spread of coughs, safe physical distancing indoors
- Japanese researchers build an all-nitride superconducting qubit on a silicon substrate for quantum supercomputing hardware
- USGS selects Woolpert for Geospatial Products and Services Contract 4
- Purdue technology for downscaling transistors could advance semiconductor design
- $175 million commitment helps launch UW–Madison School of Computer, Data & Information Sciences, support transformative mission
- Osaka University researchers train a deep learning algorithm to find features of movement disorders shared across species which may assist in understanding Parkinson’s disease
- Penn, CMU researchers develop new algorithmic approach that predicts strong leaders
- Twisting light that switches direction at room temperature shows promise for quantum supercomputing
- Scientists synthesized a yellow fever drug suggested by artificial intelligence
- Korean university builds a programmable DNA-based chip that solves complex math problems
- Better weather forecasting through satellite isotope data assimilation
- Miami study proposes the public will pay over $500 million a year for hurricane forecast improvements
- Google, Microsoft products accumulated the most vulnerabilities in H1 2021
- WVU wins $2 million NSF award to build international gravitational wave detection network
- DTU Nanolab designs graphene with less than 10-nanometer precision
- UK launches Pushing the Frontiers projects to study fundamental earth, environmental mysteries
- NYU develops the next generation of climate models with machine learning to improve predictions
- Stanford scientists solve mystery of icy plumes that may foretell deadly supercell storms
- Stanford's discovery in phase-change memory enables in-memory supercomputing
- ESO captures best images yet of peculiar dog-bone asteroid
- MAHOMES machine-learning approach is better at spotting enzymatic metals in proteins
- New York Tech physicist wins NSF grant to solve a cosmic mystery using weather prediction techniques
- UC Riverside astronomer uses supercomputer simulations to reveal how the very faint dwarf galaxies are born
- Hebrew University prof analyzes the supercomputing power of a neuron
- Case Western Reserve researchers use artificial intelligence to predict which COVID-19 patients will need a ventilator to breathe
- Osaka City University creates a general quantum algorithm, executable on quantum supercomputers, which calculates molecular energy differences without considering relevant total energies
- University College Dublin spin-out focused on drug development wins €595k in seed funding
- Boston University prof discovers a hot spot on the surface of a young star, confirming the accuracy of astronomers' accretion models
- University of Queensland's discovery paves the way for quantum supercomputing
- Researchers at University of Limerick, Ireland help create ‘brain-inspired computing architecture’
- Model of SARS-CoV-2 dynamics reveals opportunity to prevent COVID-19 transmission
- Germany's climate simulations show that cooling periods cause evolutionary surges
- University of Bern astrophysicist proposes a new way of analyzing the phase curve of exoplanets
- Technical University of Denmark scientists show ultra-coherent Fano laser based on a bound state in the continuum
- Award-winning research in Edinburgh, UK shows the potential of deep learning in managing power networks
- German researchers use a hydro-SMILE modeling approach in a study that helps to improve flood forecasts
- Highest resolution global warming simulation conducted to date reveals possible end of El Niño/ La Niña temperature cycle
- BAS IceNet AI system helps to predict Arctic sea ice loss
- Okinawa Institute of Science and Technology prof uncovers the secrets of COVID-19 transmission in turbulent puffs
- (ISC)² makes Security Congress 2021 a virtual trade show
- Chilean researchers aim to optimize disease prevention in prison populations with rapid testing
- University of Michigan uncovers electronic, geometric descriptors of chemical activity for metal alloys, oxides using unsupervised machine learning
- Stanford Earth study finds wildfire smoke exposure during pregnancy increases preterm birth risk
- UVA builds a quantum platform that accelerates the transition to integrated photonics on a chip smaller than a penny
- NC State prof calculates partition function zeros as a shortcut to thermodynamic calculations on quantum supercomputers
- Florida State supercomputing improves the estimate of the amount of carbon in Earth’s outer core
- SANKEN, Osaka University researchers measure the high-spin state of up to four electrons confined on a quantum dot using the quantum Hall effect
- HMS, Clalit propel precision medicine research, training enabled by a gift from the Berkowitz family
- Russian scientists use supercomputer modeling to discover a substance that blocks coronavirus
- University of South Florida supercomputing shows a soft, rubbery layer in plastics, paving the way for better products
- French scientists design theoretical artificial neurons with ions to carry the information
- American, Swiss team demo scalable manufacturing of integrated optical frequency combs
- UCF CFD model shows masks, ventilation stop COVID spread better than social distancing
- MIDDLEWARE
- Germany creates AI software for dependable imaging of proteins in cells
- Verkko software assembles complete genome sequences more affordable
- ALMA successfully restarts observations after cyberattack
- UTA's prof Sullivan wins grant to improve efficiency in testing software updates
- DTU Compute, DIKU create ML model that maps the potentials of proteins
- South Korean researchers develop deep learning model to predict adverse drug-drug interactions
- MGH, HMS researchers use machine-learning model that predicts homelessness among US soldiers before their transition to civilian life
- Rochester researchers develop a counterfactual method to verify predictions of drug safety
- UConn prof solves a mystery of massive black holes, quasars with supercomputer simulations
- Pluto launches a cloud-based life sciences data analysis, management platform to speed discovery
- NAU prof Gowanlock wins grant to support training in astroinformatics
- HMS computational analysis reveals sources of genetic variations
- Utrecht University professors visualize the ‘molecular postman’ that delivers important proteins
- Newcastle study proposes the potential of a DNA-based green-by-design data structure that organizes data like conventional computers
- Japanese scientists detect strongly entangled pair of protons on a nanocrystalline silicon surface, potentially enabling new levels of high-speed supercomputing
- Will COVID-19 become a mostly childhood disease?
- Virginia Tech's Deshmukh wins grant to study hybrid materials with aid of AI
- Stanford researchers develop a better way to track methane in the skies
- Stanford trained machine-learning algorithm on severe weather data leads to better predictions on flooding in the Midwest
- NASA builds a new online tool showing rising sea levels anywhere in the world in the decades to come
- EI team uses machine learning models to gain insights into what makes plants, humans tick
- Rice built models show small stars share similar dynamics to our sun, the key to planet habitability
- British AI tech firm Kortical configures ML algorithms faster than Google’s Vertex, helping companies with first mover advantage
- Huawei is aiming to survive as sales drop 30 percent in H1
- Researchers from Japan discover that machine learning can predict the subcellular locations of proteins
- University of Minnesota CEMS professors invent a more efficient tech for making metals in components
- Stony Brook University scientists use new method to predict precipitation changes
- A more multi-omic, integrative analysis of tumors provides a complete understanding of cancer
- KAIST researchers make a brain-inspired scalable neuromorphic hardware
- UW prof builds a model that proposes blobs like in a lava lamp of sediment float up through deep earth
- Emirates' Technology Innovation Institute appoints distinguished technologist Dr. Ray O. Johnson as CEO
- Japanese scientists design graphene-diamond junctions that mimic the human brain
- Tokyo University of Science employs advanced analytics to find the cause of a fatal problem in rocket engine combustors
- FSU computer scientists ensure that ocean modeling codes can take full advantage of the latest supercomputing architecture
- Strata Identity wins top cybersecurity startup for 2021 in Black Unicorn Awards
- Keck Observatory astronomers probe layer-cake structure of brown dwarf’s atmosphere
- UK Met Office, China research climate models that predict rainfall becomes increasingly variable as the climate warms
- Shinshu University demos an effective strategy for protecting skyrmion-based spintronics
- Prof. Markram builds AI that reveals how glucose helps the SARS-CoV-2 virus
- University of British Columbia physicist develops new software to capture the most detailed radio image of the Andromeda galaxy
- A new mathematical model unveils the possible role of drug-eluting stents in artery re-closure in the dynamics of blood flow
- Intel data center chips sales decrease by 9 percent in Q2
- New astrophysical supercomputing enables scientists on the hunt for ‘hierarchical’ black holes by accurately interpreting gravitational wave signals
- St. Jude Children's Research Hospital study highlights the power of comprehensive whole-genome, whole-exome, RNA sequencing to better treat each patient's cancer
- New University of Houston program recruits ROTC students as future gatekeepers of cyber security
- Australian bioinformatics team uses machine learning to realize new insights into immune responses to malaria
- European simulations show how restrictions can have unexpected impacts on air quality
- UChicago Medicine researchers study AI models of cancer treatment for accuracy, bias
- URI scientist plays a key role in hurricane forecasting models
- IAA-CSIC modeling leads to discovery of a large tidal stream in the Sombrero galaxy
- FAU prof Hill first to model COVID-19 completion vs. cessation study using machine learning
- Japanese researchers use supercomputer simulations to model the dynamics of cell differentiation in the development of the bile ducts, which may lead to an improved understanding of embryonic signaling pathways
- Pitt's Vascular Bioengineering Lab wins $100K to track aneurysms, predict rupture using machine learning, supercomputers
- University of Tokyo's materials researchers easily predict bond properties next top model with machine learning
- Climate change to bring more intense storms across Europe
- Individual protected areas in the Amazon differ in how effectively they help to fight deforestation, carbon emissions
- HZB physicist gains new insights into topological materials for ultrafast spintronics
- Spanish university develops a machine learning method for computational design of industrial apps without the high computational costs
- UMBC researchers identify healthcare data defects, create software for easier defect detection
- Cibreed creates new software to support decision-making for breeding
- MOVIES
- UT Arlington researcher aims to improve online safeguards that protect user privacy
- VIDEO: Neutron Star Merger Simulation with Gamma-ray Observations
- Video simulation of binary star
- FAU wins $800K state grant for cybersecurity, IT training
- Russian economists find best forecast for creditors’ insurance price
- UK modelers discover considering farmers at an individual level when controlling livestock disease outbreaks
- UCL predicts equatorial plasma bubbles with SWARM
- Cyborg finds 40,000 ring galaxies
- DePaul biologist, computer scientist team up for fish project
- Mayo Clinic radiologists build AI to help diagnose pancreatic cancer at earlier, more treatable stage
- Cincinnati builds model that predicts how racial makeup of neighborhoods will change
- UC Davis uses machine learning analysis of handgun transactions to predict firearm suicide risk
- A boost in performances in fibre-integrated quantum memories
- NETWORKS
- NASA's Near Space Network enables the PACE Climate Mission to establish communication with Earth
- NASA demos first two-way end-to-end laser communications system
- Artificial intelligence unleashes the future of wireless communications
- HPE buys Juniper Networks
- NASA demos deep space optical communications
- Australia's breakthrough in enhanced communications: The future of semiconductor innovation
- UC Berkeley measures the 3D shape of one of the biggest, closest elliptical galaxies to us
- Sweden shows how cities will need more resilient electricity networks to cope with extreme weather
- China demos photonic filter that separates signals from noise to support future 6G wireless communication
- What are the advantages of using telecommunications cable to track sea ice extent in the Arctic?
- CSHL prof Koo builds EvoAug for improving the interpretability of genomic deep neural networks with evolution-inspired data augmentations
- NASA boosts the future of space data networking through tri-band antennas
- Spanish researchers' new method enables the determination of the dimensionality of complex networks through hyperbolic geometry
- Chinese researcher demos LNS improves the user experience of network interactive services while maintaining high resource utilization
- WSU shows how monitoring networks linked with niche-based models to explore factors shaping the dynamics of invasive pest species
- Schlumberger expands global AI innovation network
- Cornell's Townsend builds rational neural network that advances machine-human discovery
- OIL & GAS
- UH develops a revolutionary method for detecting elbow erosion in pipelines
- The need for improvement in energy policy simulations
- CNRS researcher Pierron's supercomputer-simulated genetic data shows human expansion 1,000 years ago linked to Madagascar’s loss of large vertebrates
- British Antarctic Survey demos new link between greenhouse gasses, sea-level rise
- Schlumberger, AVEVA advance cloud solutions for oil & gas production operations
- Danish scientist develops Monte Carlo simulations that help reduce yogurt spoilage by yeast
- Harvard's Shaw builds a new mechanistic model that reveals earthquake processes at a Colorado oil field
- Iowa State agronomist updates predictive erosion models, maps of the Midwest's soil topography
- Ancient maths could foil future cyber hackers
- Skoltech scientists use ML to optimize hydraulic fracturing design for oil wells
- Dutch astronomers predict bombardment from asteroids, comets in another planetary system
- UTokyo-IIS scientists develop a machine-learning algorithm to help design new materials
- Ocean waves play a critical role in shaping our economy, weather, climate
- S&T researcher examines if AI have a mind of their own
- New gravitational-wave model can bring neutron stars into even sharper focus
- Australian researchers record world's fastest internet speed from a single optical chip
- Chinese clinical decision support system helps predict individual trauma patient outcome
- K-State's model of critical infrastructures reveals vulnerabilities
- FSU researchers discover even small disturbances can trigger catastrophic storms
- Russian supercomputer modeling reveals behavior of individual lipid molecules
- PHYSICS
- Manchester scientists have made a remarkable discovery of a novel one-dimensional superconductor, unlocking the quantum frontier
- AI in particle physics: Can it unveil discoveries?
- Unveiling the hype: New code for analyzing plasma rotation, transport properties in tokamak plasma
- Is it possible that a new law of physics could provide evidence for the idea that our reality is a computer simulation?
- ALICE uses ML to determine charm & beauty dynamics in quark-gluon plasma
- UC Riverside uses supercomputer simulations to study dark matter; explaining two puzzling issues in astrophysics
- Caltech prof Bellan's simulations reveal the surprising discovery of X-rays in cold plasma
- Spanish researchers demo long-distance quantum teleportation enabled by multiplexed quantum memories
- Physics Prof Thomas makes a groundbreaking discovery in unlocking the mystery of dark matter
- Korea's KRISS propels quantum, AI research with new skyrmion transistors
- Rensselaer prof Rhone uses AI to identify two-dimensional van der Waals magnets
- Dutch scientists use AI for predicting calving problems before insemination
- NYU modeling shows the key role of physics in the organization, functionality of the genome
- Supercomputing shows how black holes grow
- LLNL works to trigger fusion ignition for the prospect of clean nuclear energy
- Kotsugi lab develops an AI method to quantify complex magnetization reversal mechanisms with topological data analysis
- Tel Aviv University's prof Barkana models the SARAS result of the earliest galaxies in the Universe
- Korean researchers build eco-morphodynamic model to predict the landscape of a river
- British physicist prof Nicholl models the extra emissions from kilonovae, the main factories of gold in the Universe
- China uses ML method for reconstructing high-resolution ocean subsurface salinity dataset
- JGU physicists make antiferromagnet material for transporting spin waves over long distances
- Identical photons from different sources
- Japanese physicists make the first quasiparticle Bose-Einstein condensate for the development of quantum supercomputing
- Three scientists share physics Nobel prize for quantum mechanics work
- China produces the most accurate data for developing astronomical models of the origin, the abundance of elements heavier than iron
- Dr. Tran’s team uses CNN to discover gravitational lenses that could reveal ancient galaxies, the nature of dark matter
- University at Albany researcher shows how Arctic sea ice loss leads to more frequent, strong El Niño events
- CSHL prof Siepel’s team exposes the evolutionary weak spots of the human genome
- Schlumberger launches Enterprise Data Solution during the Schlumberger Digital Forum
- De Paiva compares the gold standard of simulation techniques with alternative analytics for the use of beta radiation in cancer treatment
- University of Eastern Finland sheds light on the effect of rain, clouds on atmospheric aerosols
- China shows how updated climate models clouded by scientific biases
- Chinese researchers investigate escaping atmosphere of hydrogen, helium through simulations
- Hubble captures a starry scene
- Center for Astrophysics' Long develops a new technique to identify small planets hidden in protoplanetary disks
- University of Portsmouth uses new physics law to predict genetic mutations
- Chinese scientists observe large-scale, ordered, tunable Majorana-zero-mode lattice
- Duke incorporates physics into ML algorithms for new insights into materials
- UW physics prof discovers lasers trigger magnetism in atomically thin quantum materials
- Japanese built quantum search algorithm offers hope for radically enhancing wireless networks
- South African researchers find giving a big penalty to an algorithm for false negatives results in higher precision
- Innovative chip built by UCPH physicists resolves quantum headache
- Chinese built 25 km high-resolution climate model reproduces tropical cyclone activities better
- Durham University develops new simulation model that helps with COVID-19 planning in world’s largest refugee settlement
- Rochester researchers set ultrabroadband record with entangled photons
- Harvard Med built AI model EVE shows capacity to interpret meaning of human gene variants as benign or disease-causing
- Duke refines weather forecasts with the inclusion of small, sharp landscape contrasts
- The three horsemen of cyber risks: Misinformation, disinformation, fake news
- KyotoU student models the behavioral synchronization in complex societies of feral horses
- For less than $10, anyone can now get up close, explore single cells in VR
- Brazilian scientists discover how forest fires influence rain cloud formation in the Amazon
- Georgia Tech develops multi-algorithm approach that helps deliver personalized medicine for cancer patients
- Manchester scientists take a step towards detecting nanohertz gravitational-wave background
- The Ripple Factor: Economic losses from weather extremes can amplify each other across the world
- TU Kaiserslautern students present new technique to identify, predict stroke lesions
- Brown physics profs show a new strategy for detecting non-conformist particles called anyons
- Cornell project aims to improve accuracy of climate change models
- MD simulations show a rare quaternary compound FeO2H2He stabilized under high pressure
- Oregon State University finds citizen scientists’ contributions a boon to snowpack modeling
- (ISC)² cybersecurity workforce study sheds new light on talent demand amid a lingering pandemic
- MIT neuroscientists build AI that sheds light on how the brain processes language
- IRB Barcelona identifies the genes that cause resistance to treatment of the pathogenic fungus Candida
- University of Surrey researcher discovers links to Bernard Williams' 40-year-old "slosh" hypothesis
- Cornell researchers use machine learning to predict antibiotic resistance spread
- Toshiba shrinks quantum key distribution technology to a semiconductor chip
- The Nobel Prize in Physics is awarded to Syukuro Manabe, Klaus Hasselman, Giorgio Parisi
- George Washington University researchers use Comsol Multiphysics software for simulating a nanophotonic analog processor
- University of Delaware prof wins three awards for contributions to physics, computational chemistry
- Flatiron Institute’s Center for Computational Astrophysics modeling of nearby star-forming regions yields clues to the formation of our solar system
- Georgia Tech sheds new light on the physics of blood clotting
- LSU prof develops astrophysics code that rapidly models stellar collisions
- UMass Lowell physics prof wins $1M in funding for quantum supercomputing research
- Reading the physics hiding in data
- Stevens physics prof develops machine learning based data analysis platform for satellite ocean color sensors
- Surrey's new study reveals that quantum physics can cause mutations in our DNA
- UMBC team reveals possibilities of new one-atom-thick materials
- SwRI wins $4.5 million contract to create supercomputer models for structures under shock, impact
- Lancaster University scientist wins fellowship to make supercomputing more sustainable
- Russian mathematicians develop a new model for predicting epidemics based on precedent
- University of Kent researchers develop algorithm to prevent misidentification of cancer cells
- Machine learning identifies new brain network signature of major depression
- Brown research reveals how airflow inside a car may affect COVID-19 transmission risk
- Stanford's 3D protein modeling suggests why COVID-19 infects some animals, but not others
- Michigan's Petty uses machine learning to predict breast cancer recurrences
- Kavli IPMU researchers validate theory that neutrinos shape the universe using cosmological Vlasov–Poisson simulations
- PROCESSORS
- TU Graz's discovery of the CacheWarp vulnerability in AMD processors highlights the need for constant vigilance
- Unleashing the power of neuromorphic computing: Spin Wave RC takes a giant leap in high-performance reservoir computing
- NVIDIA achieves remarkable financial results in Q4, FY 2024
- German-engineered photonic turnkey quantum source for entangled qubit state generation goes fully on-chip
- Chinese physicists discover 'parallel circuits' of spin currents in antiferromagnets
- Intel sales drop by a third
- UK scientists grow compound semiconductor nanocrystals in a solvent to shape their quantum dots
- UCR prof Cheng requires antiferromagnetic spintronics to overcome the heat generated in future semiconductors
- Penn engineers build lithography-free photonic chip that offers speed, accuracy for AI
- Intel reports the largest quarterly loss in its history
- Intel reports sharp sales drop, more bad news ahead
- Oxford researchers build the world's first ultra-fast photonic supercomputing processor using polarisation
- Rambus grows quarterly sales by 41 percent; driven by memory interface chips
- UCL, Oxford study shows promise of quantum supercomputing using factory-made silicon chips
- KTH team develops heat-free optical switch to enable optical quantum supercomputing chips
- Silicon 'neurons' may add a new dimension to chips
- RETAIL
- Basel researchers create identical photons with different quantum dots
- Missouri S&T builds smart, connected farms that assist agricultural hazard management
- Chinese modelers improve the eddy-resolving ocean models
- German researchers use satellite data, AI to determine the land-use intensity of meadows, pastures
- UCF researchers demo 40-channel optical communication link
- NASA engineers built Webb to endure micrometeoroid impacts
- Israeli startup CogniFiber's photonics breakthrough brings closer the reality of AI deployments
- SCIENCE
- NASA's Roman Telescope uses Convolutional Neural Networks to determine star age
- Challenging the hype: Can magnons be the solution for quantum computing?
- How to use AI for discovery without leading science astray
- An unstable atmosphere causes severe weather events
- Webb discovers colors of Earendel, the most distant star ever detected
- Gravitational waves may reveal nature of dark matter
- MIT builds AI model that can help determine where a patient's cancer arose
- Japanese-built supercomputers discover gas streamers feed triple-baby stars
- Germany's GEOMAR supercomputing shows winter storms over Labrador Sea influence Gulf Stream
- Mizzou prof Huang creates a novel approach to control energy waves in 4D
- Is there any evidence that correlated insulator collapse due to quantum avalanche via in-gap ladder states is a reliable phenomenon?
- Tanaka uses supercomputer to perform simulations of collisions between cosmic dust aggregates
- York astrophysicist Kannan takes step forward in supercomputer simulations of cosmology
- Mount Sinai researchers build AI model to predict which drugs may cause birth defects
- uOttawa-built models put the age of the universe at 26.7 billion years
- German physicist Tittl develops a metasurface that enables strong coupling effects between light, transition metal dichalcogenides
- Dutch Physicist Ge's measurements pave the way to finding Majoranas
- Hopkins-led team says better climate modeling data can help Baltimore weather a hotter, stormier future
- Mass General Brigham shows how ChatGPT 4 excels at picking the right imaging tests
- UOttawa prof Murugesu builds better single molecule magnets
- Euclid is to launch from Cape Canaveral with a SpaceX Falcon 9 rocket on July 1
- Korean prof Min predicts 10 year countdown to sea-ice-free Arctic
- Spanish researchers use brain modeling to identify necessary circuits of consciousness
- UCSC prof Shariati develops deep-learning software that detects, tracks individual cells with high performance
- SETI deploys machine-learning to reveal signals of interest
- Should robots be given a human conscience?
- Taiwanese prof Chiu performs cosmological modeling to shed light on the nature of dark energy
- UConn physicist Volkov shows how to manipulate quasiparticles in thin layers of ordinary superconductors to create topological superconductors by slightly twisting the stacked layers
- Fear can inspire remote workers to protect IT resources
- As climate warms, drier air likely to be more stressful than less rainfall for Douglas-fir trees
- Prof Moradi builds supercomputer models to determine drug candidate’s ability to bind to proteins
- Alcatel-Lucent Enterprise launches OmniVista Network Advisor, its AI network operations companion
- Mizzou astronomers use JWST data to discover more galaxies formed in the early universe
- Santa Fe Institute uses mobility network sparsification for high-fidelity epidemic simulations
- University of Texas at El Paso wins $5M grant to support computer science students
- MIT neuroscientists produce insights into how holding information in mind may mean storing it among synapses
- Swiss scientists investigate skiing over the Christmas holidays with snowmaking
- Israeli researchers discover one hundred thousand new types of viruses
- Denmark's KU builds GLAKES dataset that shows Earth’s many new lakes
- Data Sonification: Black Hole at the Center of Galaxy M87 (Multiwavelength)
- Data Sonification: Black Hole at the Center of the Perseus Galaxy Cluster (X-ray)
- Hubble Spots Spiraling Stars
- Japan's Domoto confirms rare earth element synthesis in neutron star mergers
- UTA computer science engineer looks to make data centers more efficient, reliable
- French prof Moulines wins ERC grant to tackle a new paradigm in AI
- German prof reveals star clusters are shorter-lived than Newton's laws predict
- Rockefeller's prof Cohen suggests counties are still unprepared for COVID spikes
- UC Davis study adds the lightness of water vapor to simulate clouds
- Chinese scientists use ML method to quickly obtain the parameters of contact binaries
- Dutch prof analysis predicts how waves are confined within a crystal
- Japanese prof Osada brings quantum supercomputing one step closer to implementation
- Danish prof shatters data transmission record with a single optical chip
- Astronomers apply special data analysis techniques to Webb’s first images, spectra of Mars
- Naval Postgraduate School explores use of persistent augmented reality to advance decision cycle
- Mizzou researchers use AI to advance anatomical research from scalpels, scissors to modeling
- MIT modeling shows Saturn’s rings, tilt could be the product of an ancient, missing moon
- Hiroshima University develops a framework for accurate carbon emissions modeling for China to achieve carbon neutrality
- Tufts uses AI to improve tuberculosis treatments
- MIT biologists glean insight into repetitive protein sequences
- FAU lands NASA grant to inspire local high school students
- Q&A: Why are dark matter halos of ultra-diffuse galaxies so … odd?
- Simulations aid the Indian Institute of Science in gauging battery performance
- Cosmological thinking meets neuroscience in new theory about brain connections
- Destiny of science modeled in new study by UH prof
- Indian Institute of Science develops GPU-based ML algo to accelerate connectome discovery at scale
- Indian Institute of Science performs simulations to analyze the COVID-19 spread during short conversations
- Swedish prof builds models to prioritize disease genes, drug targets
- Surrey team shows quantum mechanics explains why DNA can spontaneously mutate
- Mizzou prof builds AI for developing new drug therapies
- Tokyo University of Science uses a power tool from math for quantum supercomputing
- New York of Academy of Sciences announces 2020 Blavatnik Regional Awards for Young Scientists honorees
- ELLIS Heidelberg aims to bridge artificial intelligence, life sciences
- Bilitza wins funding for space physics data facility science support
- STORAGE
- DKFZ deploys StorageMAP to manage 27 petabytes of unstructured data
- German researchers demo solution for spintronics, storage
- Japanese prof Tamura discovers a tunable ferromagnetic quasicrystal with high-phase purity for storage
- Medeiros reconstructs the iconic image of the fuzzy, orange donut of M87 with the help of PRIMO
- Stanford creates new material that enables more efficient magnet-based memory
- UK physicists unravel ‘Hall effect’ mystery in search for next gen storage
- Japanese scientists develop new methods to simulate hydrogen storage on silicon carbide nanotubes much more accurately
- DataCore hires sales team to support growing demand for storage
- University of Konstanz's research team discovers magnetic phenomena in antiferromagnets that paves the way to developing faster storage
- Tohoku University researchers build new ultrafast control scheme of ferromagnet for energy-efficient data storage
- Multi-state data storage leaving binary behind
- Telescope, spacecraft join forces to probe deep into Jupiter's atmosphere
- Hernquist, Springer win half-million dollars Gruber Cosmology Prize
- All disease models are 'wrong,' but CU computer scientists are working to fix that
- Stanford shows how COVID-19 spread has been contained by travel bans
- Genomic medicine simulations explain the diversity of cancer evolution
- Dr. Morton wins £1.2 million to use cutting-edge supercomputer simulations for better understanding of the Sun
- UNSW Sydney research suggests laws of nature not as constant as previously thought
- Could suicide risk be predicted from a patient's records?
- SYSTEMS
- Guangzhou deploys new chinese-built supercomputer
- How can the new model developed by Japanese scientists help improve tsunami warning systems?
- HPE reports 3Q23 sales increase, but it's not enough
- Japan produces simulation that leads to a better understanding of the motion of living organisms; spontaneous organization of a living system
- UA Prof. Furfaro wins $4.5M to develop AI-powered hypersonic guidance, navigation systems
- UArk prof Panda wins grant to improve recovery of critical systems after cyber attacks
- German physicist presents a theory that enables simulation of biological systems in a matter of minutes instead of months
- Missouri S&T names AI expert Donald Wunsch founding director of Kummer Institute Center for Artificial Intelligence and Autonomous Systems
- DFG's Priority Program funds project on ML for molecular systems
- Washington University in St. Louis’ prof shows how neuromorphic AI systems can learn by doing more with less
- Korean built machine learning models help photovoltaic systems find their place in the sun
- Cloud demand lifts IBM's revenue by 3 percent, but its systems sales drop by 7 percent, income falls
- Sportradar's super picks underdogs Czech Republic crowned as European soccer champions
- Mason's Mishin wins NSF grant to study thermodynamics of interfaces
- University of Technology Sydney models what happens when we inhale coronavirus aerosols
- Marvell launches 1.6T Ethernet PHY with 100G PAM4 I/Os in 5nm for cloud data centers
- Rice wins NIH grant that boosts computational search for cancer drugs
- NC State researchers design simulation tool to predict disease, pest spread
- Lund University in Sweden biologist shows how genomics-informed decision support can help save species from extinction
- German theoretical chemist shows how quantum dots can 'talk' to each other
- FAU's mangrove root model may hold the key to preventing coastal erosion
- Russian mathematician boosts domain decomposition method for asynchronous parallel supercomputing
- CMU builds machine learning that mines nature for drug discovery
- Yale researchers build simulations of particles that more accurately model their collective behavior
- Lancaster researchers develop artificial intelligence systems that help to predict, warn of flooding
- UArizona engineers demo a quantum tech advantage
- Closer hardware systems bring the future of artificial intelligence into view
- Japanese scientists use next-generation genome sequencer, supercomputer to show the arrangements of the genome's spool-like structures affecting gene expression
- Zhores supercomputer helps Russian researchers model new a method of generating gamma-ray combs
- Unprecedented data sharing driving new rare disease diagnoses in Europe
- A fiery past sheds new light on the future of global climate change
- Key early steps in gene expression captured in real time by CSU researchers
- Dark energy survey releases most precise look at the Universe's evolution
- Spanish researchers study one of the largest databases of neuronal types
- UK scientists call for international investment to tackle major wheat losses
- Real-world flight data shows continued need for social distancing
- Chinese scientists forecast a 1% Hubble parameter estimation from LISA-Taiji gravitational wave observatory network
- What is the true cost to companies of IT security?
- Woolpert collects geospatial data to support USAF GeoBase program in Alaska
- Bristol's QETLabs develops ML algo that helps unravel the physics underlying quantum systems
- UMD engineering employs all-atom molecular dynamics simulations to demonstrate overscreening, flow reversal in nanosystems
- NASA launches new space tech research institutes to advance electric propulsion, entry systems
- UC chemists use quantum simulations to understand a solvent that holds promise for green energy
- American astronomers find secrets of Japanese Universes
- Japanese researchers demo the world's fastest spintronics p-bit
- UVA, Northwestern engineers help keep pace with Moore's Law by exploring a new material class
- Researchers from Queen Mary University of London develop a new computational approach to predict how liquids freeze
- French scientists explore the first images of the cosmic web, reveal a myriad of unsuspected dwarf galaxies
- Japanese researchers develop a quantum supercomputer algorithm that surpasses the QPE norm
- UK researchers identify new material that paves the way to faster supercomputing
- Michigan Tech physicists catch electrons in action in an antiferromagnetic nanowire
- Purdue prof leads research into deep fakes
- China demos universal quantum error-correcting code with superconducting qubits
- INRS prof Orgiu makes a promising breakthrough for a better design of electronic materials
- Machine learning models for diagnosing COVID-19 are not suitable for clinical use due to using Frankenstein datasets
- UMaine's Edalatpour wins NSF CAREER award to study thermal radiation in quantum materials
- Sweden's quantum supercomputer project shifts up a gear
- Italian researchers explore irradiating COVID-19 cough droplets with UV-C lamps
- Toshiba's bleeding-edge FPGAs take fintech, logistics to new level
- UCL Antikythera Research Team recreates a mechanical Cosmos for the world's first computer
- Danish computer scientist has developed a superb algorithm for shortest path problem
- Multiple factors synergistically drive socioeconomic disparities in flu burden
- NCCR PlanetS simulations show how the habitability of exoplanets is influenced by their rocks
- Australian researchers use machine learning to design quieter drone propellers
- Bitcoin price boom locked-in vast energy consumption
- NCSU researchers modify air quality models to reflect polluted reality in Latin America
- FAU researchers win NSF CAREER awards
- MIT, Sorbonne analysis shows basic cell health systems wear down in Huntington's disease
- University of Tokyo performs molecular dynamics simulations to show physical origin of glass formation from multi-component systems
- SwRI researchers evaluate impact of wastewater systems on Edwards Aquifer
- UK deploys public health systems to decode COVID-19
- Fritzner's AI work revolutionizes sea ice warnings in Norway
- Risks of disease from microbial pathogens in food can be predicted more quickly
- Cleveland Clinic researchers build model online to predict risk of COVID-19, disease outcomes
- Harvard's BE-Hive predicts which base editor performs best to repair disease-causing mutations
- University of Maryland's simulations reveal interplay between scent marking, disease spread
- Pitt ECE professor wins $300K NSF Award to develop 2D synapse for deep neural networks
- Pitt research predicts unpredictable reactions
- Magnetic liquid structure elucidated through hybrid reverse Monte Carlo simulation at Shinshu University
- Seven bridges collaborates on personalized treatment for kids with cancer
- Huge simulation finds new origin of supermassive black holes
- VISUALIZATION
- COSEM tools
- Unveiling the shear viscosities of popular water models: A Japanese researcher's perspective
- NOAA's new tool visualizes US coral reefs for informed decisions
- Lancaster prof Stefanovska enables viz of electron dynamics on liquid helium
- MIT physicists show black hole's origins can be spun in any direction
- Researchers in Sweden develop light emitters for quantum circuits
- NOAA scientists unravel positional, structural errors in numerical weather forecast models
- Raytheon BBN Technologies harnesses quantum’s ‘noise problem’
- Cambridge researchers shine a light on how federated learning evolves towards being environmentally friendly
- Russian physicists unveil the condensation of liquid light in a semiconductor one-atom-thick
- Stuttgart researchers boost quantum technologies
- NIST team directs, measures quantum drum duet
- A new window to see hidden side of magnetized universe
- Johns Hopkins scientists model Saturn's interior
- Irish scientist breaks super-fast switching record
- Complex shapes of photons to boost future quantum tech for supercomputing
- UNM team creates powerful computational tool to help researchers rapidly screen molecules for anti-COVID properties
- Mason researchers win $482K from the AFOSR for supercomputing cluster
- UVA engineering computer scientists discover new vulnerability affecting computers globally
- Sandia's supercomputer reveals the indigenous superhighways of ancient Australia
- KICT's solution for monitoring massive infrastructures
- A new design of ultra-small silicon chip that manages terahertz waves leads to the next generation of communications
- UCL investigators' simulations of black hole-neutron star collisions may help settle the debate over Universe's expansion
- UC Riverside researchers use a nanoscale synthetic antiferromagnet to toggle nonlinear spin dynamics for better technologies
- Raytheon leads new supercomputing center dedicated to advancing U.S. weather forecasting
- Oxford Brookes prof shows how vertical turbines could be the future for wind farms
- Cambridge researcher develops cancer algorithm that flags genetic weaknesses in tumors
- Russian prof finds experimental proof for Zeeman spin-orbit coupling in antiferromagnetic
- SAIC acquires Koverse
- Russian researchers develop a program to find cipher vulnerabilities
- UC Santa Cruz direct visualization of quantum dots reveals shape of quantum wave function
- Is what I see, what I imagine? Study finds neural overlap between vision, imagination
- Luxembourg's research advances development of next-generation satellite-terrestrial networks
- Magnetic memory states go exponential
- Japan's Plasma Simulator produces an accurate simulation of high-pressure plasma for an economical helical fusion reactor
- Space weather monitoring to get a major upgrade in a new research program
- Global pollution estimates reveal surprises, opportunity
- Ocean in Jupiter's moon Europa 'could be habitable'
- WVU students develop AI to detect fast radio bursts
- Brazilian scientists develop COVID-19 accelerometer
- Open-source machine learning tool connects drug targets with adverse reactions