Chinese engineers have built an adjustable electromagnetic polishing device whose carefully tuned current and gap settings reduce optical glass roughness from about 325 nanometers to 41 nanometers.

By Dr. Brian B. Feeney, C5ISR Center Public Affairs ABERDEEN PROVING GROUND, Md. (September 29, 2026) — Feedback from a field ...

South Korea's Joint Chiefs of Staff is pushing to create a Space Command and will set up a dedicated electromagnetic warfare ...

Lanterns has made the Green Lantern mythos hotter than they’ve been in years. In fact, I can pinpoint the last time – the ...

Building an electromagnet vise (magnetic chuck) from transformer cores. The video shows disassembly, machining, resin potting ...

Researchers have developed an inverse-design framework that turns desired electromagnetic functions into additively ...

California lawmakers are moving to draw a firm line around one of artificial intelligence's most unsettling workplace uses: tools that claim to detect how workers feel. The bill, now before the ...

As the U.S. military looks to control the electromagnetic environment, open architecture has emerged as the essential ...

If successful, Honda could be the first automaker to get wireless inductive charging off the ground for EVs moving at highway ...

Program advances to data interpretation to help prioritize ground EM follow-up on the AS-1 target areaCALGARY, Alberta, Oct.

(ECNS) -- Chinese scientists have developed a working nuclear clock, a milestone in improving and safeguarding the precise timekeeping vital to the digital systems that underpin modern life.

An Innovative Framework for Achieving Net-Zero Emissions, Advancing Circular Carbon Economy, and Accelerating Global ...