Materials science, nanotech, and engineering systems.
Researchers developed an advanced algorithm that helps schedule satellite operations even when there is uncertainty about factors like profit, resources, and weather. This could lead to more reliable and flexible Earth observation from satellites.
The 6G wireless systems are becoming more intelligent and responsive to user needs, moving away from rigid rules towards more autonomous and adaptive control. This could lead to improved performance and reliability for 6G services.
Researchers have found that advanced language models can help generate design structures for complex cyber-physical systems more efficiently, which could streamline engineering for products like smart home devices.
Researchers evaluated a promising medical imaging technique called Mamba, finding it could offer fast, efficient processing - but its reliability under real-world conditions needs further study.
A new AI workflow can speed up analysis of complex materials like single-crystal neutron data, helping researchers understand molecular structures faster and advance fields like materials science.
Researchers propose designing the next generation of particle accelerators using AI, allowing them to run with minimal human oversight. This could lead to faster, more efficient, and cheaper scientific discoveries.
Researchers developed a new AI framework that allows robots to plan and carry out complex manipulation tasks, paving the way for more versatile and capable robots that can assist humans in a variety of settings.
Researchers developed Point-DeepONet, a new AI algorithm that can accurately predict how complex structures respond to different loads, without needing extensive simulations. This could lead to faster and more efficient structural design and analysis in engineering.
Researchers developed a new AI system that can accurately predict the atomic structure of crystals, which is crucial for designing new materials with desired properties.
Researchers developed Cinder, a new matchmaking system that can quickly pair players in online games into fair matches, which helps keep players engaged and satisfied with the gameplay experience.
NASA research suggests where people hear air taxi noise can affect how they respond, as new flight options bring unfamiliar sounds overhead.
NASA found issues with Boeing's Starliner spacecraft during a test flight, raising concerns about the safety and reliability of the system that is meant to transport astronauts to the International Space Station.
A new AI system can help robots in factories better understand their surroundings and respond to changes, making manufacturing more reliable and flexible.
Researchers developed a new AI model called GREAT-EER that can help plan more efficient emergency evacuations of urban areas during disasters. This could save lives by getting people to safety faster during crises.
Researchers grew high-quality lysozyme crystals in the microgravity environment of the International Space Station, which could lead to improved understanding and production of proteins critical for human health.
Researchers developed a way to measure muscle fatigue in people working with robots, which could help make human-robot collaboration safer and more efficient.
A new AI system can reconstruct what happened before car crashes, which could help investigators analyze crashes and improve road safety.
Researchers are exploring how advanced AI could fundamentally transform software engineering, moving beyond just writing code to also shaping the vision, values, and vocabulary of software systems - changes that could have broad societal implications.
NASA is developing an air traffic management system for high-altitude airspace, making it more accessible for emerging applications like telecommunications and emergency response.
Generative AI is transforming how computing systems are designed and built, but research is fragmented across software, hardware and chip design. This cross-stack perspective highlights common challenges and design principles for applying generative AI more broadly.
The 6G wireless systems are becoming more intelligent and responsive to user needs, moving away from rigid rules towards more autonomous and adaptive control. This could lead to improved performance and reliability for 6G services.
Researchers have found that advanced language models can help generate design structures for complex cyber-physical systems more efficiently, which could streamline engineering for products like smart home devices.
Researchers evaluated a promising medical imaging technique called Mamba, finding it could offer fast, efficient processing - but its reliability under real-world conditions needs further study.
A new AI workflow can speed up analysis of complex materials like single-crystal neutron data, helping researchers understand molecular structures faster and advance fields like materials science.
Researchers propose designing the next generation of particle accelerators using AI, allowing them to run with minimal human oversight. This could lead to faster, more efficient, and cheaper scientific discoveries.
Researchers developed a new AI framework that allows robots to plan and carry out complex manipulation tasks, paving the way for more versatile and capable robots that can assist humans in a variety of settings.
Researchers developed Point-DeepONet, a new AI algorithm that can accurately predict how complex structures respond to different loads, without needing extensive simulations. This could lead to faster and more efficient structural design and analysis in engineering.
Researchers developed a new AI system that can accurately predict the atomic structure of crystals, which is crucial for designing new materials with desired properties.
Researchers developed Cinder, a new matchmaking system that can quickly pair players in online games into fair matches, which helps keep players engaged and satisfied with the gameplay experience.
Researchers developed an advanced algorithm that helps schedule satellite operations even when there is uncertainty about factors like profit, resources, and weather. This could lead to more reliable and flexible Earth observation from satellites.
NASA research suggests where people hear air taxi noise can affect how they respond, as new flight options bring unfamiliar sounds overhead.
NASA found issues with Boeing's Starliner spacecraft during a test flight, raising concerns about the safety and reliability of the system that is meant to transport astronauts to the International Space Station.
A new AI system can help robots in factories better understand their surroundings and respond to changes, making manufacturing more reliable and flexible.
Researchers developed a new AI model called GREAT-EER that can help plan more efficient emergency evacuations of urban areas during disasters. This could save lives by getting people to safety faster during crises.
Researchers grew high-quality lysozyme crystals in the microgravity environment of the International Space Station, which could lead to improved understanding and production of proteins critical for human health.
Researchers developed a way to measure muscle fatigue in people working with robots, which could help make human-robot collaboration safer and more efficient.
A new AI system can reconstruct what happened before car crashes, which could help investigators analyze crashes and improve road safety.
Researchers are exploring how advanced AI could fundamentally transform software engineering, moving beyond just writing code to also shaping the vision, values, and vocabulary of software systems - changes that could have broad societal implications.
NASA is developing an air traffic management system for high-altitude airspace, making it more accessible for emerging applications like telecommunications and emergency response.
Generative AI is transforming how computing systems are designed and built, but research is fragmented across software, hardware and chip design. This cross-stack perspective highlights common challenges and design principles for applying generative AI more broadly.