Science & Technology Xanadu's Quantum Memory Breakthrough Cuts Costs in Half Xanadu announces algorithmic breakthrough that halves Quantum Read-Only Memory costs, potentially accelerating practical quantum computing applications.
Science & Technology The Solar Efficiency Race: Longi and Trina Push Silicon to its Limits A high-stakes competition between the world's leading solar manufacturers has pushed silicon solar cell efficiency to unprecedented heights.
Science & Technology Global EV Sales Hit 4 Million in Q1 2026 Electric vehicle sales hit 4 million globally in Q1 2026 as Norway, California, and other markets pass tipping points where EVs dominate new car sales.
Science & Technology Landmark Study Maps Sex Differences in Brain Gene Activity Landmark study maps sex differences in brain gene activity across 1 million cells, potentially explaining different risks for neurological conditions.
Science & Technology Round-the-Clock Solar Power Becomes Viable with Battery Advances Battery advances make 24-hour solar power viable, with solar plus storage able to meet 90% of India's electricity demand at competitive costs.
Health & Medicine AI Tool Could Spare Bowel Cancer Patients Unnecessary Treatment AI tool identifies bowel cancer patients unlikely to respond to bevacizumab, sparing them unnecessary treatment with serious side effects.
Science & Technology Red Light Therapy Offers Hope for Struggling Bee Populations Scientists develop world-first red light therapy for bees, helping colonies survive heat, weather, and pesticides amid catastrophic population declines.
Science & Technology AI-Powered Accessibility Tools Transform Life for Disabled Individuals 2026 marks breakthrough year as assistive tech moves from retrofitted to integrated
Science & Technology Electric Vehicle Adoption Reaches Tipping Point in United States Economic advantage now driving consumer choice toward cleaner vehicles
Health & Medicine AI Prosthetic Arms Feel Most Natural at One Second Per Reach, VR Study Finds A VR study found AI prosthetic arms feel most natural at human speed — one second per reach. Faster feels creepy, slower feels frustrating.
Science & Technology Life's Building Blocks May Have Formed in Frozen Ice, Not Warm Water — Asteroid Bennu Reveals Asteroid Bennu samples suggest life's building blocks formed in frozen ice, not warm water — vastly expanding where in the universe life could begin.
Science & Technology Calcium-Ion Batteries Hit 1,000 Cycles in Breakthrough That Could End Lithium Dependence HKUST researchers achieve 1,000 cycles with calcium-ion batteries using a novel electrolyte — a step toward ending dependence on scarce lithium.
Science & Technology Solar-Powered Innovation Brings Clean Water to Kibera Students Solar-Powered Innovation Brings Clean Water to Kibera Students In Kenya's largest slum, students at St. Juliet Educational Centre are drinking water that literally came from thin air. A solar-powered atmospheric water generator now produces 500 litres of clean drinking water daily by extracting moisture from the atmosphere — transforming
Science & Technology Scientists Shatter Solar Cell Efficiency Records Scientists Shatter Solar Cell Efficiency Records Japanese scientists have achieved what was long considered impossible: solar cells that capture more energy than the sunlight hitting them suggests they should. By harnessing a quantum physics phenomenon called singlet fission, researchers at Kyushu University have created cells with 130% quantum efficiency. Traditional
Science & Technology AI Breakthrough Slashes Energy Use by 99% While Boosting Performance AI Breakthrough Slashes Energy Use by 99% While Boosting Performance Researchers at Tufts University have developed a revolutionary AI system that delivers 95% accuracy while consuming just 1% of the energy required by conventional neural networks — a breakthrough that could make artificial intelligence truly sustainable. The neuro-symbolic approach combines traditional
Science & Technology Japanese Solar Breakthrough Smashes Efficiency Ceiling at 130% Japanese scientists achieve 130% solar efficiency by capturing waste heat, smashing theoretical limits and potentially revolutionizing renewable energy deployment.
