Molecular Batteries: Could Polymer Chains Deliver Explosive Power Density Gains?
Inspired by the molecular design of explosives like TNT, researchers propose integrating anodes, cathodes, and separators into single polymer chains to create ultra-compact batteries. This approach could achieve 100x higher power density and near-infinite cycle life compared to traditional lithium-ion cells, though significant synthesis hurdles remain. The concept represents a radical shift in electrochemical storage, targeting applications where speed and longevity outweigh raw energy density.