The Future of Hifi is just being Discovered

Facts are super conductivity is real, cryogenic treating metal is real. Magnets are treated for maglevs to create super conductivity high energy fields. It is proven to have an affect on magnetics and electricity is part of the electromagnetic spectrum. It’s possible that it may have an affect on cable wire too as we only learn that electricity travels in a wave like light, and what’s the affect on that wave for audio? It is a fact cryogenic treating metals aligns particles in the same direction improving its strength and the stronger magnetic field. I believe it worth a try as the process is cheap. 🤷‍♂️ And audio signal transformers could be improved too.🤔

If you are using a transformer for audio signals, then the least of your worries is conductivity of a wire.

Magnets are not superconductive. The conductors in electro-magnets can be, but they are not treated to create superconductivity, they need to be cooled to cryogenic temperatures to be superconductive. We are a long way still from room temperature superconductors. If you think skin effect is a problem now, try it with superconductivity.  Fixing one problem does not fix all problems. It will not fix inductance either or capacitance.

In audio, the conductivity of wires except perhaps in speaker voice coils (from another topic) is far far down on the list of issues impacting sound.  This is just grasping at straws to try to justify wrong preconceived notions.

 I had read that cryogenic treating certain metals improve there conductivity but you correct does not make them a superconductor. 

"The wheels of the bus go 'round and 'round, 'round and 'round, 'round and 'round..."

"This article has to do with how electrons move at very cold temperature. Alas, cables and tubes taken to cryogenic levels seem to affect the electrons to some level that is just being learned. Relax. "

And people worry about their power bills if they run Class A amps...LOL..

Hey it is interesting, showing that even our "experts" don't know everything. There is something new to be learned - always.