Researchers are working to enhance battery safety and efficiency by developing solid-state alternatives to lithium-ion batteries. These batteries offer improved energy efficiency and safety, but a ...

Abstract: To address the chip failure issue caused by excessive junction temperatures due to thermal coupling in multi-channel solid-state relays, this paper proposes a novel analytical model of ...

The SolidSafe Air is easily the slimmest semi-solid-state 5K Qi2 power bank you can buy—indeed, in our experience, it’s the slimmest magnetic wireless power bank full stop. And it impressed us in our ...

Just about every modern electric vehicle on American roads is powered by one of three battery types: lithium-iron phosphate (the most common, also known as LFP), nickel-manganese cobalt (NMC), and ...

China will release a standard for solid-state EV batteries later this year as several automakers begin testing the new battery tech in vehicles. Automakers and battery manufacturers have been ...

The annual NJSIAA state relays were held between Jan. 14 and Jan. 18. As usual, North Jersey participation was light as the schedule includes the Passaic County championships on Jan. 19 and the Bergen ...

MANHATTAN, Kan. (WIBW) - Kansas high school track and field athletes will have a new spotlight in April, thanks to K-State Athletics. When it was announced in September that the Kansas Relays would ...

The NJSIAA State Relay Championships kick off this week at the Rothman Orthopaedics Sports Complex — better known as “The Bubble” — in Toms River, with the Garden State’s top squads ready to battle ...

Recent research published in Science introduces a promising solid electrolyte material that could improve the performance of next-generation lithium batteries, particularly at lower temperatures.

Electric vehicles have been on the market for long enough to allow their makers to envision the future of the technologies that power them. For some, the future is spelled out fuel cells, for others ...

Researchers have developed a design method for core materials for all-solid-state batteries that uses low-cost raw materials while ensuring high performance and low risk of fire or explosion.