Japanese researchers have achieved record-low write power in high-speed SOT-MRAM, advancing energy-efficient, field-free ...

orean scientists develop light-powered artificial muscles that outperform mammalian tissue and work untethered underwater for ...

The Su-57 Felon represents the pinnacle of Russian aerospace engineering—a fifth-generation multirole fighter designed to ...

The results verify the continuity of the Da Vinci male lineage back to at least the 15th generation, more than 500 years ...

This technology can easily be integrated into existing steelmaking processes to make infrastructure more resilient and ...

MIT researchers improved carbon capture efficiency sixfold by using nanofiltration to separate hydroxide and carbonate ions.

This new search mode has been rolled out just two and a half months after the company began testing it with a limited Labs ...

Researchers in the US have developed thermoelectric thin films using nanoengineering that are twice as efficient at cooling ...

New lithium–CO₂ battery battery breakthrough uses a cheap catalyst to capture carbon dioxide and outperform lithium-ion tech.

Wild spinach from Central Asia resists a deadly fungus threatening US spinach seed crops. New study could protect global ...

AgiBot’s Lingxi X2 humanoid stuns with Kung Fu skills, smart task handling, and fall recovery—aimed squarely at rival Unitree ...

This new metamaterial responds to acoustic waves, letting researchers rotate and move objects with precision underwater.