Schrödinger and Columbia University published new battery research in Nature. Using Schrödinger’s physics-powered computational platform, the study examined electrolyte behavior at the atomic level. Electrolytes are critical to battery performance, lifespan and safety.
The findings challenge long-held assumptions by showing that lithium ions can form multi-ion clusters. This discovery could help shift battery development from trial and error toward more predictive, computationally driven design. The research highlights the platform’s potential to accelerate materials discovery and support the development of higher-capacity, faster-charging and longer-lasting energy storage.