Engineering

HADAR: AI breakthrough – See in dark like daylight. Purdue’s patent-pending method uses thermal physics and ML for advanced machine …

Professor Hopkins and team are developing a freeze ray to cool overheating spacecraft electronics using plasma, funded by a U.S. …

Revolutionary liquid nanofoam technology enhances safety gear, promising improved comfort and protection in sports, vehicles, and medical devices.

Stanford’s new helmet design with liquid shock absorbers may significantly reduce sports-related brain injuries.

UC Riverside researchers discover bacteria capable of neutralizing persistent PFAS pollutants, offering a cost-effective cleanup method.

Advancing Memory Devices and Neuromorphic Computing Chips with ProtonsA team of researchers led by KAUST has made a breakthrough in …

Scientists develop an innovative thermoelectric cooler with improved cooling power and efficiency, revolutionizing heat management in next-gen electronics.

Revolutionary study challenges crystal understanding, revealing stable random arrangements with new properties. Implications for materials science and technology.

MIT researchers develop AI system that predicts molecular properties and generates new molecules with minimal data, revolutionizing drug discovery.

MIT’s Metior framework enables quantitative evaluation of obfuscation schemes, enhancing chip design security against side-channel attacks.