Part of cyclic event.
Matter from stars and galaxies pulled into the condensate core and expelled out.
It's a regeneration process.
Part of cyclic event.
Matter from stars and galaxies pulled into the condensate core and expelled out.
It's a regeneration process.
The jets are very narrow, this due to strong magnetic fields. Particles can only escape at the magnetic poles where the field lines are nearly parallel. Everything not sucked in by the black hole is sent back out to make new stars. Regeneration.
I can’t find any recombination dynamic. Once matter is disassociated and accelerated to velocity, both the EM and the G forces seem to be neutralized. The solar wind for example, and I dare say flares should have much more velocity than star and galactic wind.
So some dynamic to slow the particles is needed for recombination. And because of the quantum levels, any recombination into dipoles, H1, should involve emission. But we detect none of it.
These high velocity particles would not interact with light. And the galactic density and inter galactic density is impossible to detect and measure. It’s probably impossible to inventory cosmic matter. Most of it could be undetectable. Regular matter. Neutralized with velocity.
So some dynamic to slow the particles is needed for recombination. And because of the quantum levels, any recombination into dipoles, H1, should involve emission. But we detect none of it.
These high velocity particles would not interact with light. And the galactic density and inter galactic density is impossible to detect and measure. It’s probably impossible to inventory cosmic matter. Most of it could be undetectable. Regular matter. Neutralized with velocity.
To understand the properties of Condensates one needs to know how compact matter forms various phases.
Transient Condensates
Compact atomic matter 10^5 compaction
Neutron Matter 10^17 (Google it)
Quark Matter 10^18 to about 10^25(these form Neutrons)
Partonic Matter (these form quarks)
Axion or similar matter forms Partonic matter.
Neutrino Matter forms Axion matter
All condensates have a dipolar field generated from the core.
This dipolar field allows the jet to be stable for long periods.
If the core is fed matter its long Jeopardy is guaranteed.
If turbulence feeds the jet from outside the core, its stability is short-lived.
So what happens
Nucleosynthesis some people call it BB Nucleosynthesis.
Where quantum matter released from the core reforms into atomic matter.
A perfect Storm in cyclic matter
Transient Condensates
Compact atomic matter 10^5 compaction
Neutron Matter 10^17 (Google it)
Quark Matter 10^18 to about 10^25(these form Neutrons)
Partonic Matter (these form quarks)
Axion or similar matter forms Partonic matter.
Neutrino Matter forms Axion matter
All condensates have a dipolar field generated from the core.
This dipolar field allows the jet to be stable for long periods.
If the core is fed matter its long Jeopardy is guaranteed.
If turbulence feeds the jet from outside the core, its stability is short-lived.
So what happens
Nucleosynthesis some people call it BB Nucleosynthesis.
Where quantum matter released from the core reforms into atomic matter.
A perfect Storm in cyclic matter
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