Inflation occurs when one singularity touches another.
How do you get two singularities?
Singularities of matter and antimatter form in space and and in correspondent anti-space through the phasing of fluctuations in dimensional space and in anti-dimensional anti-space.
Phased fluctuations condense as they approximate singularities.
The phased condensate collides at boundary points.
Explains
1. Inflation
2. Why all matter / antimatter was not annihilated.
Experimental Data Consistent with Theory Verification Confirmation Support
Look at the expansion rate of space when matter and anti-matter annihilate.
Is this expansion rate similar to the expansion of the early universe attributable to inflation?
ITS NOT A RELATIVE ANOMALY IN THE MATTER / ANTIMATTER PARTICLES
ITS AN ANOMALY IN THE DIMENSIONAL SPACES
RESULTANT FROM HOW THE APPROXIMATE SINGULARITIES TOUCH
Notes
Matter relative to potential antimatter (neg antimatter).
Antimatter relative to potential matter (neg matter).
matter and antimatter formed together.
annihilate only at the boundary of the singularity due rapid inflation.
