New research reveals sound waves can clean and protect advanced battery materials, enabling chemical-free passivation for solid-state electrolytes.
Showing 1 - 11 of 11 articles
New research reveals sound waves can clean and protect advanced battery materials, enabling chemical-free passivation for solid-state electrolytes.
High-efficiency perovskite solar cells face a stability paradox. New research reveals how performance-boosting modifications can accelerate degradation mechanisms.
A hydrogen catalyst improves with controlled oxidation, defying conventional wisdom. This breakthrough significantly boosts clean fuel production efficiency and lifespan.
A promising battery material repeatedly self-destructs. Researchers uncover the atomic-level cause, paving the way for scalable, cheaper sodium-ion batteries.
New research reveals a dark secret to solar panel longevity: testing perovskite cells with voltage in darkness drastically cuts costs and predicts lifespan.
New research reveals why even the best perovskite solar cells fail under stress, challenging assumptions and guiding future stability improvements.
Revolutionary printable plastic stickers generate electricity from heat, powering IoT sensors without batteries. A game-changer for connected devices.
Oxford research reveals America's green job future isn't a steady stream. Prepare for a dramatic three-phase rollercoaster of boom, bust, and a new normal.
A breakthrough in energy harvesting allows electronics to be powered by sliding motion. New theory optimizes power generation for wearables & sensors.
UCSB researchers unlock the secret to superfast lithium transport, a breakthrough poised to revolutionize EV batteries, making them safer and long-range.
A 13-year Stanford study uncovers the 'secret life' of batteries, revealing current lifespan predictions are inaccurate. This groundbreaking discovery impacts EVs & energy storage.
