superfluids

Bose-Einstein condensates); and there are superfluids at black hole thermal ranges; do gauge symmetry constraints break in [black hole] superfluids?

A universal model cannot be sufficient if it does not describe superfluids and superconductors; photons and electrons behave fluidically in other phases.

And the article explicitly mentions how pilot waves through superfluids could give rise to nonlocal yet deterministic effects.

The few cases where the movement can last forever is the movement in the superfluids and the current in the superconductors.

Armchair physicist with dissonance about superfluids (or Bose-Einstein condensates) which break all the existing models.

If there are strongly interacting superfluids in black holes and accretion attractor systems, and none of the models describe superfluids, and we observe different thermal behavior in superfluids, can any existing description of black holes be sufficient?

Photons behave like fluids in superfluids (Bose-Einstein condensates) which are more common in space.

Are there intermediate [electron,] charge states between + and - in superfluids and/or superconductors?

Now this one?) provided refrigeration, superconductivity, superfluids, MRI scanners and more.

That is 3P2 superfluids (spin-triplet, p-wave paring of neutrons), expected to exist in neutron star interiors as the largest topological quantum matter in our universe.

First one, liquids with zero viscosity, such as helium superfluids.

Like superfluids, BECs don't rotate in the usual way.

Photons behave like fluids in superfluids; "liquid light".

NewsArticle: "Superfluids are supposed to flow indefinitely.

> "Superfluids have long been considered an obvious exception to the Reynolds similitude," Dr.

Superfluids (Bose-Einstein condensates ) occur at earth temperatures.