
[ Sat, Dec 14th 2024 ]: NBC New York
[ Sat, Dec 14th 2024 ]: SciTech Daily
[ Sat, Dec 14th 2024 ]: TimesDaily
[ Sat, Dec 14th 2024 ]: Hong Kong Free Press
[ Sat, Dec 14th 2024 ]: MSN

[ Fri, Dec 13th 2024 ]: World Socialist Web Site
[ Fri, Dec 13th 2024 ]: The Globe and Mail
[ Fri, Dec 13th 2024 ]: The New Yorker
[ Fri, Dec 13th 2024 ]: Southeast Missourian
[ Fri, Dec 13th 2024 ]: MIT Technology Review
[ Fri, Dec 13th 2024 ]: Sports Illustrated
[ Fri, Dec 13th 2024 ]: news10nbc
[ Fri, Dec 13th 2024 ]: CRN
[ Fri, Dec 13th 2024 ]: The Morning Sun
[ Fri, Dec 13th 2024 ]: Indiatimes
[ Fri, Dec 13th 2024 ]: Black Hills Pioneer
[ Fri, Dec 13th 2024 ]: Santa Rosa Press Democrat
[ Fri, Dec 13th 2024 ]: WDHN
[ Fri, Dec 13th 2024 ]: The Courier-Mail
[ Fri, Dec 13th 2024 ]: Loughborough University
[ Fri, Dec 13th 2024 ]: Popular Science
[ Fri, Dec 13th 2024 ]: thenightly
[ Fri, Dec 13th 2024 ]: New Jersey Hills
[ Fri, Dec 13th 2024 ]: Science Daily
[ Fri, Dec 13th 2024 ]: Daily Sabah
[ Fri, Dec 13th 2024 ]: TheCable
[ Fri, Dec 13th 2024 ]: Bloomberg L.P.
[ Fri, Dec 13th 2024 ]: Houston Chronicle
[ Fri, Dec 13th 2024 ]: Nature
[ Fri, Dec 13th 2024 ]: New York Post
[ Fri, Dec 13th 2024 ]: Radio Pakistan
[ Fri, Dec 13th 2024 ]: El PaÃs in English
[ Fri, Dec 13th 2024 ]: AOL
[ Fri, Dec 13th 2024 ]: Analytics India Magazine
[ Fri, Dec 13th 2024 ]: CNN
[ Fri, Dec 13th 2024 ]: Reuters
[ Fri, Dec 13th 2024 ]: lse
[ Fri, Dec 13th 2024 ]: moneycontrol.com
[ Fri, Dec 13th 2024 ]: Daily Express
[ Fri, Dec 13th 2024 ]: legit
[ Fri, Dec 13th 2024 ]: The Straits Times
[ Fri, Dec 13th 2024 ]: THE WEEK
[ Fri, Dec 13th 2024 ]: Tuko
[ Fri, Dec 13th 2024 ]: NextBigFuture
[ Fri, Dec 13th 2024 ]: Hindustan Times
[ Fri, Dec 13th 2024 ]: MSN
[ Fri, Dec 13th 2024 ]: KGOU
[ Fri, Dec 13th 2024 ]: The Scientist
750% longer lithium battery life achieved with water-based breakthrough


🞛 This publication is a summary or evaluation of another publication 🞛 This publication contains editorial commentary or bias from the source
Korean researchers have extended lithium metal anodes' lifespan by 750 percent using water, marking a major breakthrough in battery technologies. The Korea Advanced Institute of Science and Technology (KAIST) team's next-generation anode material aims at overcoming the performance limitations of commercial batteries.

Read the Full MSN Article at:
[ https://www.msn.com/en-us/technology/biotechnology/750-longer-lithium-battery-life-achieved-with-water-based-breakthrough/ar-AA1vNuYx ]
Similar Science and Technology Publications
[ Mon, Dec 09th 2024 ]: Indiatimes
[ Thu, Dec 05th 2024 ]: Tim Hastings