EV makers face complex systems and high testing costs. New test platforms make production faster, lower costs, and ensure EVs work across vehicles and...

MIT researchers have created a model that shows how lithium moves in batteries and why it affects charging speed and power. Lithium-ion batteries power everything...

Can AI make indoor air cleaner and cheaper to maintain? A new approach may finally solve the long-standing HVAC filter problem. Indoor air quality became...

Researchers at Waseda University have developed sulfur-based polymers with ultralow dielectric loss, offering a major leap toward faster, more efficient 6G and high-frequency communication...

Researchers at the Institute of Science Tokyo have developed a tunable spinel-type sulfide semiconductor that emits light from violet to orange and switches between...

Carbon-cement supercapacitors could turn the concrete into massive energy storage systems. MIT engineers develop a new form of carbon-cement concrete that can store and release...

Need a small, low-energy power supply that works? New units give power, adjustable voltage, and quiet operation for many types of systems. Engineers designing light...

Infrared detectors made with liquid “quantum ink” avoid hazardous materials, offering a pathway to cheaper, safer and larger-scale imaging systems. Infrared detectors can now be...

Designed for wireless communication, the chips integrate multiprotocol support and efficient wireless management for IoT, smart building and home automation devices. Silicon Labs announces its...

AI and data center chips are hitting limits. A new 3D chip design improves speed, power use and memory bandwidth. Data center, AI, and HPC...