ARGUMENT
0303-02
PRECEDENTS
PARAMETERS
- Consider that every adjacent gravitonpair in a solidbonded blackhole is overstable or stable.
- Consider
that the adjacent gravitonpairs in a liquidbonded blackhole are an
unstratified mix of overstable, stable, and understable.
- Consider that every adjacent gravitonpair in a gasbonded blackhole is understable.
- Consider the consequences of the above in a high mass blackhole.
REASONING
- In a high mass blackhole:
- gravitons with the least realspeed form overstable and stable gravitonpairs and sink to its centre to become a solidbonded gravitoncore.
- gravitons with a higher realspeed form a strata of overstable, stable, and
understable gravitonpairs surrounding the gravitoncore to become a liquidbonded gravitonocean.
CONCLUSION -
That every blackhole of sufficient
mass stratifies its adjacent gravitonpairs into
a solidbonded gravitoncore, surrounded by a liquidbonded gravitonocean, surrounded by a gasbonded gravitonosphere.
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COMMENTARY
What
is described here is the most basic of blackholes but the
structure is familiar, being that of planets, stars, and
galaxies, albeit with greater complexity. In practice, this is a
default structure for the Universe which is, as will be seen in
chapters to come, also to be found in photons, quarks, electrons,
nucleons, and atoms.
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