can recent discoveries show dark energies increase explain the problems with the current big bang?

Reply Sat 21 Dec, 2019 07:01 pm
The current big bang model has one glaring problem, the matter/anti-matter asymmetry problem, this tweaking of that theory based on new data aims to solve that problem and dark matters nature as well.

The presence of mass slows the movement of time. Time and space are unified so the same is true about the expansion/generation of space. This is confirmed by recent studies and is a discrepancy the current model fails to account for. We assume dark energy is consistent because our measurements of it are over an area with mass “evenly distributed over it” even though they're over long distances. But it is not, Mass decreases the dark energies rate.

This means in space that lacks any mass dark energy will peak where time and space are generated at an extremely high/infinite rate. At t=0 every point in space would have this property. Each point would generate mass and space almost or infinitely immediately around them, I explain why in the next paragraph. The space that is generated around the points would not be at this peak because of the matter/energy generated simultaneously in the same area. The generated mass/energy/space/times edge would be unified with the edge of the generated space from the surrounding points. the total of all this new space will cause the original points to spread away from each other as this process continues. The peaks would never lower due to the generated mass around them because ∞ minus any amount is still ∞.

Virtual quantum pairs would appear spilt around opposite sides of the center of a sphere around the exact center of every point in original space and separate accordingly. They would be generated instantly around the peak and be randomly distributed. This random distribution would leave an asymmetry in the amount of matter/anti-matter produced on opposite halves of a sphere an infinitesimal amount of space around the original point. The dominantly generated particle or anti-particle on each half would annihilate its opposite near it leaving pockets of cmbr in space around pockets of quarks. Although the mass/space-time generated by each original peak would never reach each others "zone of creation" their cmbr would.

Virtual particles become actual particles the longer they are separated by an external force.

Space would be spreading very quickly but would slow down as the mass was generated this is concurrent with what we know about the big bang. Lots of generated mass/energy, lots of expansion. that slows rapidly.

This might also explain what dark matter really is, if dark energies acceleration was relative to the mass in the area then the generated space around formed mass would have accelerated slower relatively to the gaps.
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Reply Thu 23 Sep, 2021 04:22 pm
There is a model for which this problem is non-existent.
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