ETI News

Changing techniques, not materials, is unlocking sulfur’s potential in solid-state batteries, paving the road for EVs to travel longer distances

Imaging both reactive lithium and sodium battery materials with an electron microscope causes worse damage than previously thought, highlighting a need for new lab standards

A new dry-processed electrode architecture shows how skipping the slurry is not only better for the environment and wallet, but for battery performance as well

ETI Scholar Chibueze Amanchukwu has been selected as a 2026 Sloan Research Fellow, one of the most prestigious honors available to early-career scholars in the social sciences and sciences.

Studying how battery components degrade created a powerful new way to destroy PFAS

Work revealing how water impacts carbon dioxide capture from air named Journal of the American Chemical Society “Editor’s Choice”

Starting with just 58 data points, a new artificial intelligence model identified four battery electrolytes that rival the state of the art

Doctoral candidate Thomas Marchese is exploring sodium-based solid-state chemistries to develop a new class of battery that would be safer, more powerful, and less damaging to the environment

By stabilizing a metastable form of sodium solid electrolyte, a new technique creates all-solid-state sodium batteries that retain performance down to subzero temperatures

PhD student Emily Doyle is using chemical engineering and AI to help design safer, more powerful batteries