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Part 0304 - Blackhole Mechanics |
ARGUMENT
0304-08PRECEDENTS
PARAMETERS
- Consider that every blackhole gravitonosphere is overstable, stable, or understable.
- Consider that the stability condition of the gravitonosphere is the stability condition of the blackhole.
- Consider that every blackhole is overstable, stable, or understable.
- Consider that the escape velocity of a blackhole is always zero at its gravitysheath interface.
- Consider that the vergence velocity of a blackhole is a variable at its gravitysheath interface.
- Consider that a blackhole ejecting a graviton does not alter its escape velocity at the gravitysheath interface.
- Consider that a blackhole ejecting a graviton alters its vergence velocity at the gravitysheath interface.
REASONING
- Because a blackhole that ejects a graviton doesn't alter its
escape velocity at the gravitysheath interface but does alter its
vergence velocity, the blackhole's stability is commensurately
altered:
- If the vergence velocity is increased, the blackhole becomes less stable.
- An understable blackhole becomes more understable.
- A stable blackhole become understable.
- An overstable blackhole becomes stable or less overstable.
- If the vergence velocity is decreased, the blackhole becomes more stable.
- An understable blackhole become stable or less understable.
- A stable blackhole becomes overstable.
- An overstable blackhole becomes more overstable.
CONCLUSION
- That when
a blackhole ejects a graviton, its stability alters.
| COMMENTARY
While
this argument allows that the stability condition of a blackhole can be
increased or decreased by the ejection of a graviton, the Universe is
currently expanding which means that it is itself understable. A
consequence of the Universe's understability is that most of the gravitons
ejected by a blackhole will increase its stability. This is dealt with
in more detail in the Commentary for Argument 0304-06.
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