once its in a superconducting state it behaves just like a …

So basically superconducting state is a uniform field across atoms in the medium where photons can pass energy packets through different/all individual proton-electron pairs?

I mean, photons aren’t bound to just one e-p+ pair any more, they can bounce of the neighbors electrons (or protons) just as it would from its own proton (electron) pair, without any interference/loss.

Hard to put this in words...

maxwell's equations have been treated as if they were uttermost foundational equations in areas of electricity
https://twetch.app/t/d09005e3f065abe12e9e3f76198d395a070ff994f1f23cf6e3a7ed55813d1042

they're actually a very clumbsy set of equations to work with,and the reason is because they're expressing relationships that would apply if we had an aether

so if one thinks instead about one electron interacting w/ another electron — massive numbers of them interacting — then you would start where that started, and the simplist thing to start w/ is this thing called a superconductor
https://twetch.app/t/1498da3faa3f8e94fe623b28599ff208ffb9e283dd5a1ef7798821f9993dc58a

the reason as why that's the simplist is that it doesn't have any of the complications of losses — there's no thermodynamics in it ONCE it's a superconductor

there's thermodynamics in it to GET there, but once you have the superconductor it's an extremely simple to understand object and the relationships that you get from it are extremely simple

but ONCE you have a superconductor , you don't need maxwell's equations, you're just treating the electron as a wave — the electrons in the superconductor all lock into phase — that's why it's superconducting.

ONCE you know that, you can write down what they do simply.

https://twetch.app/t/b6e24f16aeedc55d0c022250b0906aaa3dc26c9dc2ba8c38b4e3cf0e7420323f