Aurora phenomenon: Micro Interference Black Holes, (Short living Quantum Knot Clouds) Plowing against the main North Pole Wind pushed by plasma tails.
Quantum Knots are pushed by self produced evaporating Plasma Tails and created by Birkeland current based magnetic Field interference, during Steve phenomenon.
According to Quantum FFF Theory. A Violation of the Second Law ??!!
A violation of the SECOND LAW of
Thermodynamics on Earth as predicted by Quantum FFF Theory around new physics black holes! Two different black hole families:
B: Macro Super-Nova BHs, the origin of Star / galaxy formation and dying based on a cyclic Multiverse.
The chiral vacuum splitting after the Big Bang into opposing entangled universal vacuum bubbles forming a chiral background vacuum seems to be the origin of our wavefunction collapse observation problems.
Aurora interference Black Holes plowing into the wind: see:
See Also:
http://www.space.com/36583-new-aurora-feature-named-steve-investigated.html#ooid=FnYnV3YTE6asWVfmO6ZZNjSv9FsA7Lk7
Meet "Steve," a strange, new aurora feature discovered by citizen scientists and verified by the European Space Agency's (ESA) Swarm satellites.
see also: https://www.facebook.com/leo.vuyk?lst=100002068560151%3A100002068560151%3A1493133510
Lubos Motl: Yes, of course the vacuum itself is chiral - it has the potential to create the chiral excitations with chiral laws, and all this potential is hiding in the vacuum.
So it's chiral if you measure its properties in detail. Obviously, if you decide not to measure them, you won't see the chirality.
Meet "Steve," a strange, new aurora feature discovered by citizen scientists and verified by the European Space Agency's (ESA) Swarm satellites.
see also: https://www.facebook.com/leo.vuyk?lst=100002068560151%3A100002068560151%3A1493133510
Lubos Motl: Yes, of course the vacuum itself is chiral - it has the potential to create the chiral excitations with chiral laws, and all this potential is hiding in the vacuum.
So it's chiral if you measure its properties in detail. Obviously, if you decide not to measure them, you won't see the chirality.