During chemical reactions, atoms in the reacting substances break their bonds and re-arrange, forming different chemical ...

Researchers have developed a thick battery electrode that boosts power output by 75% without sacrificing energy capacity.

This achievement fully resolves long-standing materials and manufacturing challenges linked to solid-state batteries.

The viral idea that polite prompts waste electricity is an exaggeration. But it reflects a growing awareness of AI’s enormous ...

Getting your Trinity Audio player ready... TORONTO — The new year couldn’t arrive soon enough for the Nuggets. Already down four starters, including three-time NBA MVP Nikola Jokic, they were hanging ...

Abstract: The magnetic network energy router (MNER) is promising for applications integrating multiple renewable sources, storages, and loads with the advantages of low component requirement, high ...

Austin Energy has received several data center proposals that would significantly increase local power needs. (Ben Thompson/Community Impact) Austin Energy is planning for operational challenges and ...

Sodium-ion batteries, once sidelined by falling lithium prices, are back in focus. This time, the shift appears to be driven by changing market conditions and renewed interest from customers.

Abstract: Fatigue crack—known for its unpredictability and rapid propagation—is influenced by various physical and chemical factors. A promising approach to understanding crack nucleation and growth ...

AI data centers need efficiency breakthroughs as they consume billions of watts compared to human brains’ 20 watts. US consumers face $16.6 billion in charges between 2025-2027 to guarantee power for ...