Intrinsically Charged Peptide Nanomembranes as Self-Organized Electrostatic Interfaces in Confined Ionic Liquids
Self-assembled biomolecular materials provide a promising route for designing soft, sustainable, and molecularly tunable electrostatic interfaces that are relevant to energy storage, iontronics, and bioinspired electrochemical systems. However, the molecular mechanisms by which charged peptide assemblies organize con...