@StuartHameroff Hi Stuart. What if it's not (H3O2-)n like Gerald suggested, but (H3O2)n. H2O/OH*, not H2O/OH-. Then it conducts electrons (bands) and it is magnetic. Compare Chen 2025, https://t.co/2R4ECmv6eJ, he showed same phase (50% OH*) but without Pollack's frame shift. He showed magnetism+conductivity. Imagine microtubules filled with that... Gerald's van-der-walls stack shifted one hydrogen still correct but it's not OH- it is OH*, with mostly symmetric hydrogen bonds - covalent bonds, as Lipincott said. (H3O2)n can still be partially OH-, it will absorb electrons (it's a p-type material) but without the extreme charge problem Pollack's has, and, with the extra properties of conductivity and magnetism. It forms by reducing the adsorption surface or solutes like O2. It produces electricity on formation, manifesting it as a property of forming. Imagine centriole tubules filled with this phase, rotating. Tune the tubules...