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136 results for "materials science"
A Manhattan startup built a self-driving lab where AI designs new materials around the clock, running as many experiments in a day as human scientists complete in a year. The breakthrough could speed up solutions for clean energy, longer-lasting jet engines, and fusion power.
A robotic lab at Princeton University autonomously created graphene and built atomically thin transistors after receiving simple voice commands, marking a major step toward AI systems that can run real experiments on their own. The breakthrough could speed up discovery in materials science and nanotechnology.
Inspired by how penguins regulate their body temperature, researchers have invented a two-sided material that can switch between heating and cooling modes automatically. The breakthrough could eliminate the frustration of buildings that waste energy staying too warm in winter or too cool in summer.
Four hundred kilometers above Earth, the International Space Station glides through a cloud of invisible atomic oxygen that slowly eats spacecraft surfaces. Thanks to decades of materials testing and clever protective coatings, engineers have cracked the code on keeping the ISS and future satellites safe.
Georgia Tech researchers have created "thinking microscopes" that use AI to actively participate in scientific discovery, not just collect data. These AI lab assistants could dramatically speed up breakthrough research in energy, medicine, and materials science.
Scientists are using artificial intelligence to mine decades of forgotten research papers and discover new breakthroughs hiding in plain sight. This approach could speed up scientific progress without running a single new experiment.
Scientists at NASA's Glenn Research Center accidentally discovered a new heat-resistant material that could help astronauts extract oxygen and metals from lunar rocks. The breakthrough could make future Moon missions lighter and more self-sufficient.
Scientists used a centuries-old glassmaking technique to improve futuristic materials that trap carbon dioxide and hydrogen. The breakthrough could make clean energy technology cheaper and easier to manufacture.
Researchers finally cracked the atomic secret behind gold's eternal shine. The discovery could revolutionize how we use gold to clean up pollution and create cleaner energy.
A revolutionary steel designed at MIT in the 1980s conquered Formula One racing and is now coming home to power student-built race cars. The same material that gave Red Bull four world championships will compete this June in MIT's electric vehicle.
Scientists just gave artificial intelligence a superpower it desperately needed: the ability to understand the invisible forces that hold matter together. This breakthrough could speed up the discovery of everything from better batteries to life-saving materials.
Scientists in South Korea created an AI system that predicts hidden defects in 3D-printed metal parts, solving a critical safety problem that has held back the technology for years. The breakthrough could fast-track stronger, safer components for planes and cars.
A material scientist found a pattern that textbooks said couldn't exist, and his curiosity changed how we understand the atomic world. The discovery that started with "10 fold???" scribbled in a notebook led to an entirely new field of materials science.
A young physicist who designed a revolutionary copper-free superconductor has moved from Singapore to China's Zhejiang University. His breakthrough material enables high-temperature superconductivity, a major leap for energy and technology.
Researchers discovered valuable new materials by studying what happens between the start and end of chemical reactions during heating. One find could revolutionize solar energy and battery technology.
Scientists at Aalto University created a quantum-inspired algorithm that solved a materials simulation problem so complex it would overwhelm today's supercomputers. The breakthrough could help design better quantum computers and electronics that never waste energy.
Researchers can now rearrange thousands of atoms inside materials in minutes, not days, opening doors to quantum computers and technologies that seemed impossible. The breakthrough works at room temperature, not in extreme lab conditions.
Scientists in Shanghai used artificial intelligence to develop a critical semiconductor material in record time, potentially strengthening the global chip supply chain. The breakthrough could help reduce dependence on a handful of foreign suppliers for essential manufacturing components.
Vietnamese scientists have developed advanced composite materials that make satellite components 30% lighter than aluminum while staying just as strong. The breakthrough brings Vietnam closer to building its own space technology independently.
Scientists in Hong Kong just solved one of clean energy's biggest headaches: how to make green hydrogen affordable. Their breakthrough steel could replace expensive titanium parts and slash equipment costs by up to 40 times.
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