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 | Part 3 - Blackhole Structure |
ARGUMENT
0319
BROUGHT
FORWARD:
- ARGUMENT
0310: An adjacent teelpair is either overstable, stable, or
understable.
- ARGUMENT
0312: A blackhole consists of a minimum of three teels matrixed to
each other as three stable/overstable teelpairs.
REASONING:
- Arising
from these arguments, three forms of blackholes structure are
possible:
- FORM
1: A blackhole in which every adjacent teelpair is overstable or
stable is solidbonded.
- FORM
2: A blackhole which is an unstratified mix of overstable, stable,
and understable adjacent teelpairs is liquidbonded.
- FORM
3: A blackhole in which every adjacent teelpair is understable is
gasbonded.
- It
is reasonable to suggest that a gasbonded blackhole is not a
blackhole at all but a cloud.
CONCLUSION:
- Blackholes
are solidbonded, liquidbonded, or gasbonded depending on the
stability condition of their adjacent teelpairs.
| GLOSSARY:
- gasbond: An object is gasbonded
when all of its adjacent teelpairs are understable.
- liquidbond: An object is
liquidbonded when its adjacent teelpairs are a mix of overstable,
stable, and understable.
- solidbond: An object is solidbonded when all its adjacent teelpairs are
overstable or stable.
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