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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
- 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
- Shedding light on dark matter: Astronomers use supercomputer simulations to support its existence
- Switching a 2D metal-organic framework from insulator to metal: Exploring unusual conductive behavior
- Researchers make progress in advancing gravitational wave detection by using supercomputer simulations
- Manchester scientists have made a remarkable discovery of a novel one-dimensional superconductor, unlocking the quantum frontier
- AI software revolutionizes plant engineering to combat climate change
- University of Geneva researches a massive magnetic star eruption that is illuminating a nearby galaxy
- Supercomputer simulations uncover the dynamics of undercurrent accelerating the melting of ice shelves
- AI tool predicts responses to cancer therapy using information from each cell of the tumor
- NASA's Near Space Network enables the PACE Climate Mission to establish communication with Earth
- Scientists utilize supercomputer simulations to examine the heated roots of the Sun to clarify the mysteries of solar moss
- Salt marsh restoration study reveals promising results for climate resilience
- Marbell leads Woolpert's geospatial business development strategy
- NASA's Roman Telescope uses Convolutional Neural Networks to determine star age
- Australia on track for unprecedented, decades-long megadroughts: Supercomputer modeling raises concern
- Revolutionizing precision agriculture: The impact of Transformer Deep Learning on water, energy demands
- NASA predicts the Sun's corona behavior, revealing its mysteries using advanced computational methods
- Artificial intelligence chatbot outperforms physicians in clinical reasoning
- Simulations aid breakthroughs in predicting catalyst performance for fuel cells
- GPT-4 AI surpasses human experts in identifying cell types, but it has limitations
- Woolpert acquires Ireland-based Murphy Geospatial, a leading European geospatial solutions firm
- Shedding light on the mysteries of black hole jets: Supercomputer modeling unveils a stunning revelation
- Researchers claim quantum interference could revolutionize transistors, but skepticism remains
- VTT develops AI tool to measure work-related stress with emphasis on privacy
- A glowing ray of hope: AI breakthrough unleashes a new frontier in antibiotic discovery
- Scientists use supercomputers to study the first galaxies, find out how the universe began
- Unveiling the cosmic spectacle: Blue supergiant stars born from celestial unions
- Physicists create software to diagnose severe illnesses using supercomputer modeling techniques
- AI in particle physics: Can it unveil discoveries?
- Challenging the hype: Can magnons be the solution for quantum computing?
- NASA shows the orbital, physical characterization of asteroid Dimorphos following the DART impact
- German-built model uncovers the secrets of nature's curvature, how it relates to the migration of cells
- Artificial intelligence, supercomputer simulations unlock a new world of 2D materials
- Curious minds uncover 30,000 ring galaxies with the help of artificial intelligence
- Supercomputer models reveal disturbing truths about melting glaciers in Greenland, causing growing concerns
- Supercomputing reveals a new world of possibilities for astrophysicists with the Condor Array Telescope
- Artificial intelligence could be the key to predicting if lung cancer will spread to the brain
- Breakthrough in photosynthesis research: Deep learning applied to protein design
- UF's HiPerGator supercomputer opens the secrets of ultralow frequency gravitational waves
- German researchers reveal Betelgeuse's boiling surface
- The Arctic in peril: Unveiling the consequences of changing river flows amidst warming
- Unleashing the power of neuromorphic computing: Spin Wave RC takes a giant leap in high-performance reservoir computing
- Unlocking the mysteries of the cosmos: Machine learning illuminates the relationship between black hole growth, star formation
- Hewlett Packard Enterprise reports fiscal 2024 first quarter results amidst challenging market conditions
- AI finds new roads threatening rainforests, aiding conservation
- Decoding the SARS-CoV-2 puzzle: Simulations reveal insights into M protein interactions
- Uncertainties, gaps in data make it difficult to fully understand the impact of soil respiration on climate change
- NARMAX modeling plays a role to define the next generation of supercomputer forecasting models
- Astronomers make breakthrough discovery with the help of machine learning
- NVIDIA achieves remarkable financial results in Q4, FY 2024
- 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
- Unlocking a sustainable future for batteries is now possible through a groundbreaking discovery
- Unveiling the mysteries of Earth's orbital evolution: Supercomputer simulations lead the way
- Restarting chemical simulations revolutionizes scientific breakthroughs
- Study casts doubts on the reliability of machine learning methods
- Climate models inspire hope for our planet's future
- Unlock the secrets of the Universe with the help of cutting-edge data mining tools designed for use with the Roman Space Telescope
- Seattle Fault traced to ancient continent tear via supercomputer models
- Promises & pitfalls: Machine learning in financial markets
- Unveiling the wind farm conundrum: Supercomputer simulations cast doubt
- Unlocking the secrets of the Universe: Mathematicians pioneer artificial intelligence in astrophysics
- AI deep learning model revolutionizes brain cancer treatment, predicts patients' survival
- Geoengineering may slow Greenland ice sheet loss, but scientists are skeptical
- UC Irvine-led team sheds light on distant solar system, unlocking secrets of planet formation
- Is computing in 2040 a ticking time bomb for safety, truth, ownership, and accountability?
- Uncovering the secrets behind the silent flight of owls: a triumph of computational fluid dynamics
- Scientists use modeling to identify mutations that cause inherited kidney disease
- Machine learning models teach themselves, but have limits
- Unleashing the power of supercomputer simulations to shed light on the mysteries of supermassive black holes
- Advanced computational modeling reveals high-risk earthquake zones across the United States
- Bold claims raise skepticism over utilizing waste supercomputer heat for home heating
- Cancer drug discovery accelerated as hundreds of overlooked targets prioritized
- Scientists reveal open-source models to tackle space debris, advancing sustainable space exploration
- Artificial intelligence unleashes the future of wireless communications
- HPE buys Juniper Networks
- Harnessing the power of artificial intelligence in leukemia diagnosis
- South Korean study finds modified gravity in low acceleration situations with wide binary stars
- Severe MS predicted using machine learning: A breakthrough in personalized treatment
- Unlocking the mysteries of exoplanets: Hubble's journey through time
- Unveiling the hype: New code for analyzing plasma rotation, transport properties in tokamak plasma
- A recent discovery by astronomers reveals that seismic ripples have been detected in an ancient galactic disk
- Unlocking the potential of novel materials for biologically-inspired information processing
- AI unlocks secrets of polycrystalline materials
- TAU opens a new window of observation on the Moon for the detection of radio waves
- Woolpert VP named 2024 Houston Engineer of the Year
- Chinese researchers build AI models that predict decay modes, half-lives of superheavy nuclei with unprecedented accuracy
- Guangzhou deploys new chinese-built supercomputer
- Woolpert secures $13 million contract to gather bathymetric lidar data for Florida's seafloor mapping project
- Unusual deep slip: Morocco earthquake modeling
- ALICE uses ML to determine charm & beauty dynamics in quark-gluon plasma
- CoreWeave deploys Dell to provide greater access to supercomputing power for GenAI
- 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
- German simulations reveal a new plasma instability, shedding light on cosmic rays' nature
- Predictive models predict increased water needs for fields by the end of the century
- Researchers at Sanford Burnham Prebys use modeling to investigate the shape-shifting mechanism of the Zika virus, identify possible vulnerabilities
- UC Riverside uses supercomputer simulations to study dark matter; explaining two puzzling issues in astrophysics
- The climate change threat beneath the waves: How methane release is accelerating
- Caltech prof Bellan's simulations reveal the surprising discovery of X-rays in cold plasma
- German researchers analyze the accuracy of climate change models
- Australia's breakthrough in enhanced communications: The future of semiconductor innovation
- An unstable atmosphere causes severe weather events
- Understanding the role of mutant proteins in cancer growth
- Conducting a thorough analysis to identify precursor phenomena for earthquakes
- Discovering the wonders of the Universe through accurate observations
- UK study uses SAR images, machine learning to detect icebergs in sea ice
- UH develops a revolutionary method for detecting elbow erosion in pipelines
- Discovering a real-world model of rogue waves with machine learning
- Japanese researchers accelerate the phase identification of multiphase mixtures with deep learning
- The need for improvement in energy policy simulations
- Lenovo faces 16% sales drop in Q3
- Rocket exhaust on the Moon: Unveiling the surface effects
- NOAA's new tool visualizes US coral reefs for informed decisions
- AI tool revolutionizes bird monitoring, conservation
- 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)
- 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
- 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
- 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!
- 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
- 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
- MIT engineers discover a new way to control atomic nuclei as qubits
- Dutch scientists develop artificial molecules that behave like real ones
- 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
- University of North Florida wins Congressional appropriation for improved IT infrastructure
- 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
- 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
- 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
- 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
- UK's leading university launches Future of Work Research Centre
- University of Exeter scientists build AI that learns coral reef 'song'
- University of Copenhagen astrophysicists discover stars are heavier than we thought
- Hubble reaches a new milestone in the mystery of the Universe's expansion rate
- Liverpool opens new facility to support innovation
- Keese’s modeling delivers insight into nuclear rocket engine heat transfer; wins the best student paper at NETS conference
- Scottish built simulations show new spin on galaxy rotation saves controversial gravity theory
- South Korean prof develops neuromorphic memory device that simulates neurons, synapses
- 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
- UCF demos photonic materials for light-based supercomputing
- AEROSPACE
- CACI wins contract to continue its support of spaceflight systems, simulation, software for JSC
- NASA set to launch new satellite that helps unravel mysteries about clouds, aerosols
- How #EarthCARE mission advances our understanding of clouds, aerosols, radiation
- 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
- APPLICATIONS
- AI apps map icebergs 10,000 times faster than humans
- 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
- ASTRONOMY
- Zooming Through a Simulated Universe
- Can AI help find life on Mars or Icy Worlds?
- Northwestern University's astrophysicists have recently made an unprecedented discovery about a gamma-ray burst that can be explained by a long-lived jet
- SETI simulates message from ET intelligence to Earth with world's largest decentralized storage network
- Cambridge researchers find a new way to measure dark energy
- Drug discovery research can benefit from the use of GNNs
- Juno Mission finds Jupiter's winds in cylindrical layers, revealing internal structure
- A generous donation of $200 million will help advance the search for life beyond our planet
- WVU astrophysicists win the Shaw Prize, the 'Nobel of the East'
- Giant planets threaten habitable zones, UCR simulations show
- Germany's new idea to understand how the Universe is growing
- 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
- BIG DATA
- Spanish researchers build a comprehensive database for studying protein aggregation
- 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
- BIOLOGY
- AI to find promising new antibiotic
- 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
- 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
- CHEMISTRY
- 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
- CLIENTS
- CLOUD
- AWS launches Amazon EC2 Capacity Blocks for ML workloads
- 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
- 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
- DEVELOPER TOOLS
- 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
- EARTH SCIENCES
- 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
- Cambridge's simulations show the impacts of volcanic eruptions on climate are miscalculated
- Goethe University sheds light on the dynamics of plate movements in the Earth's interior by modeling Alpine rock
- 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
- 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
- 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
- ECONOMICS
- 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
- ENGINEERING
- Sam Harris update on dangers of AI | Lex Fridman Podcast Clips
- The future of supercomputing: Harnessing the power of chiral magnets
- 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
- China creates hydrodynamic model of the RobDact underwater robot
- 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
- ENTERTAINMENT
- 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
- GOVERNMENT
- 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
- HEALTH
- Stanford reveals a responsible AI initiative, RAISE-Health
- 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
- UTHealth Houston wins $6.4M NIH grant to develop deep learning model for Alzheimer’s
- 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
- 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
- INDUSTRY
- Carichino's LEAPS-MPS award highlights the significance of her research in modeling of the interaction between the eye, contact lenses
- 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
- INTERCONNECTS
- MANUFACTURING
- Experimental brain-like supercomputing system: Unlocking the potential of neuromorphic nanowire networks
- 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
- MIDDLEWARE
- 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 demos first two-way end-to-end laser communications system
- NASA demos deep space optical communications
- 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
- PHYSICS
- Is it possible that a new law of physics could provide evidence for the idea that our reality is a computer simulation?
- 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
- PROCESSORS
- TU Graz's discovery of the CacheWarp vulnerability in AMD processors highlights the need for constant vigilance
- 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
- 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
- How to use AI for discovery without leading science astray
- 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
- 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
- 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
- SYSTEMS
- 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
- VISUALIZATION