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55 results for "electronics"
A creator just open-sourced a graphics card that brings beautiful electroluminescent displays back to life. The design could help hobbyists and makers finally use these captivating glowing screens in their own projects.
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.
Framework's CEO tore down his company's laptop alongside Apple's new MacBook Neo to reveal a striking difference: one is built to last through repairs and upgrades, while the other locks users into fixed specs. The side-by-side comparison is sparking conversations about who really owns the tech we buy.
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.
Buying ethical electronics just got easier with new repair rights, certification labels, and refurbished options making green tech choices more accessible than ever. Experts say simple changes can slash your carbon footprint by up to 80%.
A new privacy-focused tablet lets you swap out batteries and storage yourself, built to stay useful for up to a decade instead of ending up in a landfill. Physical switches for cameras and connectivity give users complete control over their privacy.
Chemists just invented a completely new type of molecule that twists itself into a shape nobody thought was possible. This breakthrough could unlock fresh ways to design everything from life-saving drugs to advanced electronics.
Scientists at UCLA just solved a nanoscale problem that's been holding back an entire generation of electronics. Their breakthrough could unlock faster, cheaper devices that use far less power.
A Cairo recycling app just earned official recognition for rewarding people with grocery vouchers and airtime when they recycle their waste. Bekia has already collected hundreds of tons of waste while helping 75,000 users turn plastics, paper, and electronics into real value.
Scientists at UCLA just solved a stubborn problem that's been holding back an entire class of promising materials. Their breakthrough could make future electronics faster, cheaper, and more energy-efficient.
A Korean company just cracked the code on recycling rare earth metals from discarded smartphones, motors, and drones. The breakthrough could help countries reduce their dependence on mining these critical materials.
Chinese researchers have successfully created the first pure hexagonal diamond, a material harder and more heat-resistant than natural diamond. This breakthrough could transform industries from mining to electronics.
Apple's new MacBook Neo just earned a 6 out of 10 repairability score from iFixit, the highest rating for a MacBook since 2011. The affordable laptop ditches glue for screws, making battery replacements dramatically easier for everyday users.
A new partnership between Panasonic and Singapore's NovaPeak is making building inspections safer and faster using AI-powered drones. The technology marks a major shift as the Japanese electronics giant expands beyond consumer products into smart city solutions.
Researchers in South Korea have developed a breakthrough material that enables devices to simultaneously generate their own power from indoor light and sense their surroundings. This innovation could eliminate the need for billions of disposable batteries in smart sensors and wearables.
Researchers can now see atomic-scale defects inside computer chips for the first time, revealing tiny flaws that slow down electronics. The breakthrough could help make everything from smartphones to AI systems work better.
Korean researchers created transparent electrodes for next-generation displays without using expensive indium, making devices last twice as long. The breakthrough could make screens cheaper and more sustainable while improving solar cells and other technology.
A 24-year-old aerospace engineer from Bengaluru just set a world record by building a fully functional arcade machine smaller than a AA battery. The tiny device plays Space Invaders and proves that massive dreams can fit in microscopic packages.
Singapore is betting big on semiconductors, committing $800 million to research and development that could reshape how the world powers everything from data centers to electric vehicles. The investment includes a groundbreaking new facility for next-generation power electronics opening this April.
Scientists in China just solved one of solar power's biggest puzzles: making flexible panels that are both efficient and incredibly durable. Their breakthrough polymer solar cell could finally make bendy, long-lasting solar panels practical for everyday use.
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