hello Bob, your idea that the alchemists used potassium a lot is correct: but the adepts, those who had succeeded in creating the philosopher's stone, used it mainly in the metallic state: even if the history of chemistry thinks that synthesis of alkali metal is recent: there were some secret purely chemical synthesis processes, even very far in history: if you wish, I can give some ideas on the capture and use of cold neutrinos from the cosmological background: also concerning the coherence reached by sort of capture K induced by v, if that seems useful to you....
There is a theory of superconductivity that explains why charge separation always produces superconductivity at any temperature . This theory is called Hole Superconductivity.
Towards an understanding of hole superconductivity
Jorge E. Hirsch's most significant work would be his attempt to unify theories of superconductivity with his theory of hole superconductivity which suggests pairing of electron holes (protons or ions) that would lead to high temperature superconductivity as opposed to pairing of electrons in conventional BCS theory. Hirsch believes that there is a single mechanism of superconductivity for all materials that explains the Meissner effect and differs from the conventional mechanism in several fundamental aspects.
Fast track to coherence?
hello Bob, your idea that the alchemists used potassium a lot is correct: but the adepts, those who had succeeded in creating the philosopher's stone, used it mainly in the metallic state: even if the history of chemistry thinks that synthesis of alkali metal is recent: there were some secret purely chemical synthesis processes, even very far in history: if you wish, I can give some ideas on the capture and use of cold neutrinos from the cosmological background: also concerning the coherence reached by sort of capture K induced by v, if that seems useful to you....
There is a theory of superconductivity that explains why charge separation always produces superconductivity at any temperature . This theory is called Hole Superconductivity.
Towards an understanding of hole superconductivity
https://arxiv.org/pdf/1704.07452
Jorge E. Hirsch's most significant work would be his attempt to unify theories of superconductivity with his theory of hole superconductivity which suggests pairing of electron holes (protons or ions) that would lead to high temperature superconductivity as opposed to pairing of electrons in conventional BCS theory. Hirsch believes that there is a single mechanism of superconductivity for all materials that explains the Meissner effect and differs from the conventional mechanism in several fundamental aspects.