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17897 results for "magnetic-technology"
Researchers discovered ultra-thin materials where light can directly control magnetic properties, opening doors to revolutionary quantum computers and optical memory. This breakthrough could transform how we store data and build future technologies.
South Korean researchers just solved a major problem holding back electric vehicles: magnets that overheat and lose power. Their new "sandwich" technique makes thicker, more efficient magnets without expensive rare materials.
Scientists built a magnet smaller than your hand that matches the strength of two-story building magnets, using 30,000 times less power. This tiny breakthrough could make advanced medical testing affordable for labs everywhere.
Japanese researchers just discovered they can switch quantum materials between magnetic and non-magnetic states by adjusting a single property. The breakthrough could help build the next generation of quantum computers.
Physicists have created an ultra-powerful magnet small enough to fit in your hand, opening doors for cheaper and more energy-efficient medical imaging and scientific research. This tiny powerhouse could make advanced diagnostics more accessible to hospitals worldwide.
Researchers at the University of Stuttgart have unlocked a breakthrough that could transform how we store data by twisting ultra-thin magnetic materials to create skyrmions, some of the smallest and most stable information carriers ever observed. This discovery could lead to storage devices that pack dramatically more data into tinier spaces.
Swedish researchers are flipping the mining playbook by designing green technology magnets around what's actually in the ground, not forcing nature to fit old formulas. This "What's in Your Fridge" approach could slash pollution while breaking China's rare earth monopoly.
Chinese researchers used quantum sensors to analyze a single speck of lunar dust, revealing the moon once had its own magnetic field until 2 billion years ago. The breakthrough shows how tiny particles can unlock massive secrets about our cosmic neighbor's past.
YouTube inventor Colin Furze built a skateboard where the rider platform actually floats above the wheels using powerful magnets. While he set out to create a Back to the Future hoverboard and technically failed, what he made instead could change how we think about suspension systems.
Britain is pouring £62 million into developing its own satellite technology, helping businesses and researchers build better internet connections for remote areas and strengthen the country's space industry. The funding will support everything from startup ideas to major commercial projects, creating jobs and reducing reliance on foreign space infrastructure.
Scientists have built an AI-powered database of 67,573 magnetic materials that could replace expensive rare earth elements in electric vehicles. The breakthrough includes 25 newly discovered materials that stay magnetic even at high temperatures.
Researchers just unlocked a breakthrough that could transform computing by using atomic vibrations in quartz to move electrons, no magnets or batteries required. This discovery opens an entirely new field called orbitronics that could make future devices cheaper, lighter, and more efficient.
Canadian astronomers discovered a mysterious diagonal magnetic reversal deep inside our galaxy that could rewrite how we understand the Milky Way's structure. The breakthrough came from creating one of the clearest maps ever of the galaxy's invisible magnetic field.
Scientists discovered two massive zones of superheated rock deep inside Earth that help control our planet's protective magnetic shield. This breakthrough explains mysteries about how Earth stays geologically active and magnetically protected.
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.
Georgetown researchers discovered a new class of strong magnets using common earth elements instead of rare metals, potentially transforming clean energy tech and electronics. The breakthrough could make everything from electric cars to smartphones more sustainable and affordable.
Scientists have cracked a major puzzle in satellite control, using magnetic fields instead of fuel to move spacecraft. This breakthrough could keep space missions running longer and prevent dangerous collisions in orbit.
Scientists just taught AI to invent entirely new magnetic materials, potentially ending America's dependence on scarce rare earth elements. The breakthrough could transform everything from clean energy to national defense.
Scientists in South Korea have developed a breakthrough lithium battery that uses magnetic fields to prevent dangerous fires while quadrupling electric vehicle range. The innovation could finally make EVs both safer and practical for long-distance driving.
Small farmers in Punjab, India are getting a technological lifeline through a new partnership with South Korea. The collaboration will bring advanced farming tools and vertical farming expertise to help make agriculture profitable again.
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