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96 results for "materials science"
Scientists used machine learning to discover that water, not just molecular frameworks, guides how proteins assemble into complex structures. The breakthrough could revolutionize how we design lightweight, crash-resistant materials inspired by nature.
Scientists used artificial intelligence to identify 25 new magnetic materials that could replace expensive rare earth elements in electric vehicles and wind turbines. The breakthrough could make clean energy technology cheaper and less dependent on limited global supply chains.
Engineers at USC created a breakthrough memory chip that works at temperatures hotter than molten lava, opening new possibilities for space exploration and dramatically faster artificial intelligence. The device operates flawlessly at 700°C, far beyond what any electronics could previously survive.
Polish researchers have confined infrared light in a structure just 40 nanometers thick, shattering previous limits and opening doors to faster, smaller devices. The breakthrough could revolutionize how we build computers and communication technology.
Scientists discovered that rice grains behave like a smart material, getting weaker under fast pressure but staying strong under slow force. This surprising property is now helping engineers design safer robots and protective equipment that responds instantly without electronics.
Scientists discovered rice behaves backward under pressure, getting weaker when squeezed fast but staying strong when compressed slowly. This quirky property just inspired a new smart material that adapts without electronics.
Researchers just unlocked a way to supercharge ultra-thin materials called MXenes, making them 160 times more conductive. The breakthrough could transform everything from flexible electronics to high-speed wireless technology.
Scientists at UC Davis have discovered crystals that change shape when exposed to light, opening doors to revolutionary technologies that respond directly to light stimuli. This breakthrough could transform how we build sensors, solar cells, and optical devices.
Scientists at Stanford have invented a soft material that can shift its color and texture in seconds, mimicking how octopuses blend into their surroundings. The breakthrough could revolutionize camouflage, flexible displays, and even help tiny robots grip surfaces.
Researchers just transformed flat nanomaterial sheets into tiny scroll-like tubes that conduct electricity better than the original version. These nanoscrolls could make batteries last longer, sensors work better, and smart clothing more durable.
Engineers can now see invisible atomic flaws in semiconductors and solar cells without destroying them, thanks to a breakthrough AI model from MIT. The technology could make everything from computer chips to batteries more reliable and efficient.
Scientists just proved quantum computers can predict real material behavior by matching their simulations to actual experiments. This breakthrough shows these powerful machines are ready to tackle problems regular computers can't solve.
A nearly bankrupt company teamed up with a national lab in 1995 to create alloys that withstand extreme heat. Today, their breakthrough materials keep steel mills and chemical plants running nonstop.
IBM's quantum computer just accurately simulated a complex magnetic crystal, matching real-world experimental data for the first time. This breakthrough could unlock mysteries in materials science that classical computers simply can't solve.
For the first time, a quantum computer has simulated real magnetic materials with accuracy matching laboratory experiments, marking a breakthrough many scientists thought was years away. The achievement opens doors to designing better superconductors, batteries, and life-saving drugs.
Researchers just made atom-thin computer chips 20 times brighter by carving tiny air pockets beneath them instead of changing the chips themselves. This clever breakthrough could transform quantum computing and sensing technology.
Breakout Ventures just raised $114 million to fund startups using AI to solve problems in biology, chemistry, and materials science. The investment signals growing confidence that AI's biggest breakthroughs will come from laboratories, not social apps.
Scientists have developed "animate matter" that can sense damage and repair itself, potentially revolutionizing how we build and maintain infrastructure. Bridges and roads of the future might heal their own cracks, dramatically reducing maintenance costs and extending their lifespan.
A new company just secured major funding to build AI that doesn't just search for answers but actually creates new scientific discoveries. Unreasonable Labs wants to turn research that takes years into work that happens in weeks.
South Korea is pooling its best AI minds and tech resources to tackle national challenges and double research productivity by 2030. The ambitious K-Moonshot project brings together 161 companies to solve problems in healthcare, energy, and materials science using artificial intelligence.
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