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Part 0302 - Blackhole Physics |
ARGUMENT
0302-01
PRECEDENTS
- 0301-04: That every teel is adjacently teelpaired with a minimum of twelve other teels simultaneously.
- 0301-10: That every adjacent teelpair is overstable, stable, or understable.
REASONING
- The simplest structure in the Universe is a teelpair.
- The next simplest structure (and the first meaningful structure) is an adjacent teelpair.
- The next simplest structure is a trio of teels matrixed to each other as three adjacent teelpairs.
- This is a blackhole (the least substantial blackhole there is).
- The teelpairs can be overstable, stable, or understable.
- For the blackhole to endure, the teelpairs must be stable or overstable.
- As long as its teelpairs are stable or overstable, there is no limit to the number of teels it can contain.
CONCLUSION
- That every blackhole is minimum of three teels matrixed to each other as three adjacent teelpairs.
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COMMENTARY
This
is the first appearance of a blackhole in the Template. It will not be
the last. This particular blackhole is insignificant. Later blackholes
will grow in mass, size, and influence. That said, the growth in complexity will be minimal. Even the most monstrous blackholes
in the Universe are, essentially, just amplified versions of what
we have here.
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GLOSSARY
- BLACKHOLE: (1) A
blackhole is a gravitationally bound accretion of teelpairs. (2)
Blackholes may be overstable, stable, or understable. (3) A
blackhole has an axial or a centrifugal structure. The least massive
blackhole consists of three teels configured as three teelpairs. As
long as stability is maintained, there is no upper limit to the mass
of a blackhole.
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