Transient Condensates.
Core of the Earth possibly a condensate compaction 10^5.
Core of Neutron Stars compaction 10^17
Core of larger Neutron Star, possibly a Quark Core 10^18 to 10^24 (estimate)
Core of partonic matter composites 10^25 to 10^28.
Core made from Axion, Higgsino etc 10^29 plus.
Classical Black Hole core compaction approaches infinity. I do not agree with infinity.
Common property within the core:
Chiral-Super-Symmetry generating a Dipolar-Electro-Magnetic jet vector fields.
The JET fields can be observed on.
Earth, Sun, M87, Milky Way centre black hole.
Transient Condensates
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Harry
- Posts: 57
- Joined: Sat Jun 12, 2021 2:29 pm
Transient Condensates
Transient Condensates.
Core of the Earth possibly a condensate compaction 10^5.
Core of Neutron Stars compaction 10^17
Core of larger Neutron Star, possibly a Quark Core 10^18 to 10^24 (estimate)
Core of partonic matter composites 10^25 to 10^28.
Core made from Axion, Higgsino etc 10^29 plus.
Classical Black Hole core compaction approaches infinity. I do not agree with infinity.
Common property within the core:
Chiral-Super-Symmetry generating a Dipolar-Electro-Magnetic jet vector fields.
The JET fields can be observed on.
Earth, Sun, M87, Milky Way centre black hole.
Core of the Earth possibly a condensate compaction 10^5.
Core of Neutron Stars compaction 10^17
Core of larger Neutron Star, possibly a Quark Core 10^18 to 10^24 (estimate)
Core of partonic matter composites 10^25 to 10^28.
Core made from Axion, Higgsino etc 10^29 plus.
Classical Black Hole core compaction approaches infinity. I do not agree with infinity.
Common property within the core:
Chiral-Super-Symmetry generating a Dipolar-Electro-Magnetic jet vector fields.
The JET fields can be observed on.
Earth, Sun, M87, Milky Way centre black hole.
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