ARGUMENT 0204-03PRECEDENTS PARAMETERS
- Consider the Universe at Moment Zero.
- Consider that the sum of the energy of the Universe is constant.
- Consider that at Moment Zero, the energy of the Universe is 100% kineticenergy.
- Consider that currently, the energy of the Universe is a mix of kineticenergy, potentialenergy, and latentenergy.
- Consider that post Moment Zero, the Universe's expansion rate was higher than it is currently.
- Consider that currently, the Universe's expansion rate is lower than it was at Moment Zero.
- Consider that the Universe's expansion rate post Moment Zero is unknown.
REASONING
- Because expansion rate of the Universe post Moment Zero is unknown, there are three options:
- OPTION 1: the rate was above lightspeed.
- OPTION 2: the rate was at lightspeed.
- OPTION 3: the rate was lower than lightspeed.
- Option 1 is preferred because:
- The measure of kineticenergy in the post Moment Zero Universe was greater than it is currently.
- Photons cannot exceed lightspeed but gravitons have no such restriction.
- Photons can only form from accretions of gravitons moving faster than lightspeed.
- Option 1 resolves a number of the conundrums of the Current Paradigm.
- Options 2 and 3 do not resolve the above conundrums of the Current Paradigm.
ASSUMPTION
- That at Moment Zero, the rate at which the Universe expands is beyond lightspeed.
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