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Part 0503 - Darkmatter |
ARGUMENT
0503-01
PRECEDENTS
PARAMETERS
- Consider a blackhole consisting of a gravitoncore, a gravitonocean, and a gravitonosphere.
- Consider that the gravitoncore, gravitonocean, and gravitonosphere are made of gravitons.
- Consider that every graviton has a measure of mass and thus a measure of gravity.
- Consider
that the gravity measures of the gravitoncore, gravitonocean, and gravitonosphere
are the sum of the gravity measures of the gravitons they contain.
- Consider that the gravitoncore has a gravitypull measure at its interface with the gravitonocean.
- Consider that the gravitonocean has a gravitypull measure at its interface with the gravitoncore.
- Consider that the gravitonocean has a gravitypull measure at its interface with the gravitonosphere.
- Consider that the gravitonosphere has a gravitypull measure at its interface with the gravitonocean.
REASONING
- Because the gravitoncore and the gravitonocean both have gravitypull, they are attracted toward each other.
- Because the gravitonosphere and the gravitonocean both have gravitypull, they are attracted toward each other.
- Because the gravitoncore and the gravitonosphere have gravitypull, they are attracted toward each other.
- Thus the gravitypull of the gravitoncore affects the graviton density and graviton disposition in the gravitonosphere.
- Thus the gravitypull of the gravitonosphere affects the graviton density and graviton disposition in the gravitoncore.
CONCLUSION
- That a blackhole gravitoncore gravitypulls its gravitonosphere and its gravitonosphere gravitypulls the gravitoncore.
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COMMENTARY - GRAVITONOCEANS AS DARKMATTER
To
keep this argument simple, the gravitonocean is omitted from the
conclusion. This is reasonable in that what we currently perceive to be
darkmatter is a consequence of the presences of gravitonospheres.
Not
that gravitonoceans should ever be forgotten, however.
They have significant effects on both the gravitoncore and
the gravitonosphere but since gravitonoceans don't extend
very far
above their interface with the gravitoncore, those effects are not
presently recognised. (see Selfproof 0504 for a possible consequence of the existence of gravitonoceans)
COMMENTARY - GRAVITONOSPHERES AS DARKMATTER
The
more massive a blackhole gravitoncore is, the
greater its gravitational effect on the gravitonosphere.
More mass
equates to a stronger gravitypull at the gravitoncore
surface, resulting in an increase in the number of gravitons
that can be held within the gravitysheath interface. Put
simply, the
more massive a gravitoncore is, the denser, the more extensive, and the
more energetic its gravitonosphere can be.
Conversely,
the higher the mass of a blackhole gravitonosphere, the greater is its
gravitational effect on the gravitoncore. Any increase in the mass of a
gravitonosphere is matched by a decrease in the graviton density
of its gravitoncore which in turn reduces the gravitoncore's
gravitypull at is surface.
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