• Schrödinger published research in Nature identifying lithium-ion clusters that could guide electrolyte design for higher-capacity, faster-charging, longer-lasting batteries.
• Up to 40% of lithium ions form multi-ion clusters in standard electrolytes without anions; clustering increases at higher salt concentrations.
• Machine learning force field simulations closely matched experimental data, supporting the predicted clusters’ physical existence.
• Quantum calculations suggest these clusters help form the protective anode film critical to battery lifespan and safety.

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