Multirotor drones may one day be able recharge their batteries while out and about, instead of having to return to a charging station. They could do so via onboard ultra-thin solar cells, which have ...

Amprius customer qualification often begins with prototype SiCore cells built at the Company’s Fremont facility, accelerating the transition from development to deployment for advanced applications.

New technologies based on the manipulation of the smallest unit are enabling the automation of ever more difficult tasks. For instance, scientists can now program a cell to heal a wound that once ...

The imaging skills that undergraduates in Duquesne University's biomedical engineering program used to develop a pothole-detecting drone now are being applied to spotting cancer cells. Students ...

Drones have proven to be solutions in times of emergency, specifically by providing rescue workers with a set of eyes in the sky, by delivering aid, and serving as temporary communications networks ...

U.S. prisons are detecting more drones over their facilities than ever before, but federal regulations make it harder for ...

Amprius ships high-performance SiCore cells to multiple drone customers from U.S. pilot line. Amprius customer qualification often begins with prototype SiCore cells built at the Company’s Fremont ...

FREMONT, Calif.--(BUSINESS WIRE)--Amprius Technologies, Inc. (“Amprius” or the “Company”) (NYSE: AMPX), a leader in next-generation lithium-ion batteries with its Silicon Anode Platform, today ...