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25 results for "crystals"
America's largest solar manufacturer just unlocked a breakthrough that could make clean energy cheaper and more powerful. First Solar is pairing cutting-edge perovskite crystals with their thin film technology, pushing efficiency records while creating 40,000 American jobs.
Chimpanzees at a Spanish rescue center couldn't resist shiny crystals, carefully examining them for hours and hiding them in their beds. The discovery hints that our love of gems and precious stones might stretch back millions of years in our evolutionary history.
NASA's Curiosity rover accidentally smashed a Martian rock and discovered something scientists never expected to find on the Red Planet's surface. Inside the broken rock gleamed pure yellow sulfur crystals, opening up new mysteries about Mars.
Scientists in Spain discovered that chimpanzees can identify and become fascinated by crystals, just like early humans did 780,000 years ago. This finding suggests our attraction to these shiny stones has deep evolutionary roots we share with our closest relatives.
Scientists studying microscopic crystals older than our sun are discovering our solar system may have formed from massive star winds, not an explosive supernova. These tiny grains, preserved in meteorites, offer humanity's only window into the moments before our cosmic home existed.
Scientists at New York University discovered how to use light like a remote control to build microscopic crystals, melt them, and rebuild them again. This breakthrough could lead to displays that change color on command and sensors that adapt instantly to their environment.
Physicists at NYU just made styrofoam beads dance through time by suspending them on invisible sound waves, creating a breakthrough that rewrites the rules of physics. This surprisingly simple discovery could one day revolutionize quantum computing and help us understand our own biological clocks.
Physicists at New York University have created time crystals you can hold in your hand—made from styrofoam beads that float on sound waves and defy Newton's laws of motion. This breakthrough could unlock insights into everything from heart pacemakers to financial markets.
Physicists at NYU built a handheld device using foam beads and sound waves that breaks Newton's Third Law and could unlock secrets of quantum computing and human biology. The exotic time crystal fits in your palm and uses technology as simple as packing peanuts floating on acoustic waves.
Physicists at New York University have discovered a new type of time crystal made from simple styrofoam beads that levitate on sound waves and defy traditional physics. The handheld device opens doors for quantum computing advances and helps us understand how our own bodies work.
Scientists at New York University have created time crystals you can see with your naked eye, suspended in mid-air by sound waves on a device small enough to hold in your hand. This breakthrough makes exotic quantum physics accessible and could revolutionize computing and data storage.
A beaver sat motionless outside a Nebraska liquor store with ice crystals frozen into its fur when officers arrived to save its life. The same weekend, rescuers also transported a young bobcat to safety, proving that compassion extends to all creatures in need.
Scientists used cosmic rays trapped in tiny crystals to unlock how Australia's iconic red landscape transformed over 40 million years. The discovery explains why one mine now produces a quarter of the world's zircon, a mineral used in ceramics you probably own.
Scientists can now predict how tiny defects form in liquid crystals in milliseconds instead of hours, thanks to a new AI system. This breakthrough could speed up development of everything from holographic displays to smart windows.
Scientists used a quantum computer with 144 qubits to create the most complex time crystal ever made, marking a breakthrough that could revolutionize how we design new materials. This achievement shows quantum computers are becoming powerful tools for scientific discovery.
A breakthrough technique lets researchers study microscopic crystals that were previously impossible to analyze, opening doors for faster drug discovery and advanced materials. By combining data from thousands of tiny crystals instead of needing one perfect specimen, scientists can now unlock the atomic secrets of countless substances.
NASA's James Webb Space Telescope just answered a puzzle that has stumped astronomers for decades: how do frozen comets billions of miles from the sun contain crystals that need scorching heat to form? The answer reveals a cosmic delivery system more spectacular than anyone imagined.
A scientist who just won the 2025 Nobel Prize in Chemistry invented ultra-porous materials that can pull drinking water from desert air and capture carbon dioxide from the atmosphere. Omar Yaghi believes these "sponge-like" crystals could define humanity's next era.
NASA's James Webb Space Telescope captured a young star creating crystals in blazing heat and flinging them billions of miles into its icy outer disk. This cosmic discovery reveals how comets at the edge of our solar system got their mysterious building blocks. #
Researchers have discovered a new form of matter made from spinning components that can twist, break apart, and reassemble on their own. These strange crystals could lead to breakthrough materials and technologies.
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