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Part 0201 - Kickstarter | ARGUMENT 0201-02PRECEDENTS
- 0101-01: That each type of elementary fermion consists of a minimum of two gravitons.
- 0102-01: That every graviton has these properties: mass, spin, and rejectivity.
- 0105-01: That the Universe consists of space and gravitons.
- 0201-01: That the Universe had a Moment Zero which was when its current expansion began.
PARAMETERS
- Consider that the matter of the Universe consists of gravitons.
- Consider that gravitons are subject to the Rejectivity Law.
- Consider that the gravitons of the Universe are grouped together in a region of space.
- Consider that presently a proportion of the Universe's gravitons are bonded together into larger objects.
- Consider that the larger objects are either accretion particles or stabilisation particles.
- Consider that accretion particles and stabilisation particles may, or may not, have existed at Moment Zero.
REASONING
- Because of the above parameters, these options are possible:
- OPTION 1: That the Universe at Moment Zero consisted of gravitons drawn together to the limits of their rejectivity.
- OPTION
2:
That the Universe at Moment Zero consisted of
gravitons, drawn together but not to the limits of their
rejectivity.
- OPTION
3:
That the Universe at Moment Zero consisted of a mix of
gravitons, accretion particles, and stabilisation particles, drawn
together
but not to the limits of their rejectivity.
- For simplicity, Option 1 is preferred.
ASSUMPTION
- The Universe at Moment Zero consisted of gravitons drawn together to the limits of their rejectivity.
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COMMENTARY
Option
1 is more than satisfactory
as a kickstarter but it is unlikely that the Universe really
did
begin as a sphere of tightly bound gravitons. It would
surely have been a more complex object. Some
thoughts on this can be found
at Selfproof 0311
where, by considering what might happen at the end of the Universe,
logical conclusions form about the Universe's real
beginning.
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