condensates

Bose-Einstein condensates (BECs) and zero-viscosity states are effects of structured resonance, not just temperature or density thresholds.

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

Optical storage currently is things like BluRay (non-volatile), plasmons, delay lines (both volatile), or Bose-Einstein condensates (requiring extremely impractical cryogenics).

SR breaks down at both ends of the spectrum, at the event horizon of black holes and in Bose Einstein condensates.

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

So, there's another layer of regulation: long coding RNAs form condensates to that allow interactions between proteins that wouldn't happen otherwise.

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

And it seems like the importance of condensates and related phenomena has only been really understood within the past decade or so.

I'm using a great tool called M-loop to drive the optimization, which was originally developed for creating Bose-Einstein condensates.

Everything around the topic of condensates, liquid-liquid phase separation, stress granules, etc.

Protein condensates also play a role in several neurodegenerative diseases like ALS.

Bose Einstein Condensates are a nice example of this behaviour....

When I asked de Heer's opinion on producing condensates of clusters, he said quickly "it's a bomb!".

Every English speaker knows that “plasmas” and “Bose-Eisenstein condensates” are made up.

Who knows, we may ultimately figure out how to manipulate a more fundamental physical substrate than just "packets of energy orbiting each other" and so create exotic but stable condensates and states of matter we can now only imagine.

> [...] But the Standard Model Lagrangian doesn't describe n-body gravity, n-body quantum gravity, photons in Bose-Einstein Condensates; liquid light in superfluids and superconductors, black hole thermodynamics and external or internal topology, unreversibility or not, or even fluids with vortices or curl that certainly affect particles interacting in multiple fields.