At the heart of all lithium-ion batteries is a simple reaction: Lithium ions dissolved in an electrolyte solution ...

The MIT study has created a new model, called the Coupled Ion-Electron Transfer (CIET) model, to advance lithium-ion batteries. The new model redefines the fundamental chemical reaction known as ...

MIT researchers have created a model that shows how lithium moves in batteries and why it affects charging speed and power.

MIT researchers developed a model that could enhance the charging speed and lifespan of lithium-ion batteries by focusing on ...

MIT's study on lithium intercalation rates offers insights into coupled ion-electron transfer, paving the way for faster ...

Inside every lithium-ion battery, there’s a tiny dance going on. When you use your device, lithium ions migrate from the ...

Researchers at Cornell University have devised a new single-molecule microscopy method for studying polymers as they grow (Nat Chem. 2023 DOI: 10.1038/s41557-023-01363-2). “We see every monomer,” says ...

A new study could guide the design of more powerful and faster charging lithium-ion batteries. MIT researchers measured ...

At the heart of all lithium-ion batteries is a simple reaction: Lithium ions dissolved in an electrolyte solution "intercalate" or ...