Recently a collaborative work with Oi-Man Leung at the Unversity of Southampton was published in Advanced Energy Materials. This study represents a culmination of efforts on both the electrochemistry and applications of this new electrolyte, and also the mechanistic analyses to elucidate the molecular-scale processes within. Here, we demonstrate a huge 0.3 V improvement in the oxidative stability vs. the standard AlCl3-EMIm ionic liquid electrolyte. This increase is coupled with the inherent mechanical improvements of a polymer electrolyte, without any major sacrifice of the electrolyte conductivity. NMR spectroscopy reveals AlCl3 crosslinks between poly(ethylene oxide) (PEO) chains and some curious behvaiour of silica particles in this system…