Persistant bistable switched superconducting sandwich with bacon or graphene or something...

“In a conventional metal, the average velocity of electrons is responsible for conductivity, and in a superconductor, the electrons pair into Cooper pairs to flow uniformly with no resistance or dissipation,” Zhang said. “By contrast, in twisted bilayer graphene, the electrons move very, very slowly, with a speed approaching zero. But this produces a paradox: How can these slow electrons conduct electricity, let alone superconduct? The superconductivity must come from something else. We determined that it arises from quantum geometry.”

https://news.utdallas.edu/science-technology/slow-electrons-quantum-geometry-2023/
 
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