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Part 0304 - Blackhole Mechanics |
ARGUMENT
0304-04PRECEDENTS
PARAMETERS
- Consider that every graviton has a measure of spinspeed.
- Consider that every graviton has a measure of totalspeed.
- Consider that every gravitonpair has measures of energy as kineticenergy, potentialenergy, and latentenergy.
- Consider that the energy of a gravitonpair is rooted in the spinspeed and totalspeed of its gravitons.
- Consider that spinspeed can be transfered from one graviton to another by collision.
- Consider that the kineticenergy of a gravitonpair can be increased or decreased if its gravitons collide with others.
- Consider that the latentenergy of a gravitonpair can be increased or decreased if its gravitons collide with others.
- Consider that a blackhole is a gravitationally bound accretion of gravitons.
- Consider that every graviton in a blackhole is one half of a gravitonpair with every other graviton in the blackhole.
REASONING
- Because
the spinspeed measure of a graviton can be altered by collision with
another, a graviton ejected by a blackhole takes with it a variable
measure of spinspeed.
- Because a graviton ejected by a
blackhole takes with it a variable measure of spinspeed, the energy
measures it takes from its gravitonpairings with every other graviton in the
blackhole is a variable.
CONCLUSION- That a blackhole ejecting one graviton alters its energy by a variable measure.
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COMMENTARY
The
energy of a blackhole is the sum of its kineticenergy,
potentialenergy, and latentenergy. The potentialenergy and the
latentenergy are "silent" in that they are only apparent when they are
transmuted to kineticenergy. A blackhole's potentialenergy is
transmuted to kineticenergy by moving gravitons toward the centre of
gravity. A blackhole's latentenergy is transmuted to kineticenergy by
colliding gravitons so that their spin becomes speed.
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