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11 results for "magnets"
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.
A new drum machine called Tembo lets anyone create beats by placing magnetic pucks on a wooden board, making music production as intuitive as a board game. The Kickstarter campaign has already soared past its funding goal.
Scientists at the University of Illinois have discovered that magnets can follow the same physics rules as graphene, opening doors to tiny wireless devices. The breakthrough connects two worlds that scientists always thought were separate.
Researchers in Tokyo just proved that an overlooked sideways force in electricity can spin motors made entirely of plastic, no magnets required. This breakthrough could make future devices lighter, cheaper, and safer.
Canadian researchers discovered a groundbreaking way to stabilize damaged brain proteins using weak magnetic fields, opening new doors for treating diseases affecting over a million Canadians. The quantum biology breakthrough could revolutionize how we approach neurodegenerative disease treatment.
Scientists used artificial intelligence to discover 25 new magnetic materials that could replace expensive rare earth elements in electric vehicles. The breakthrough database of over 67,000 compounds could slash EV costs and strengthen American manufacturing.
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.
Scientists at the University of New Hampshire trained AI to scan decades of research papers and discovered 25 previously unknown magnetic materials that could help reduce our reliance on costly rare earth elements. The breakthrough could make electric vehicles and renewable energy more affordable for everyone.
A Chinese startup's nuclear fusion device just sustained plasma for over 22 minutes, marking a major milestone toward clean, unlimited energy. The breakthrough combines superconducting magnets with AI control systems.
India selected Kerala and three other states to build a rare earth minerals corridor that could create 50,000 jobs and attract $5 billion in investment. The project turns Kerala's coastal mineral wealth into permanent magnets for defense, space, and electric vehicles.
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.