Baryogenesis - Pathways & Constraints

Topological CP Violation & Baryon Asymmetry

How K3 topology might influence CP violation and baryon number processes. Framework scope: speculative mechanism requiring detailed EFT coefficients.
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Cosmological Constant Problem - K3 Solution

🔬” The Problem

The universe contains matter but virtually no antimatter (baryon asymmetry α·_B ≈ 6Ω—10^-10). Standard Model CP violation is orders of magnitude too weak. The χ=24 framework proposes topological CP violation during inflation.

Speculative Mechanism

Speculative mechanism

Exploratory: K3 geometry may affect CP violation sources (instantons, phase transitions) and baryon number processes, but specific predictions require detailed coefficient calculations and cosmological modeling.

Standard baryon asymmetry:

$$\eta_B = \frac{n_B - n_{\bar{B}}}{n_\gamma} \approx 6 \times 10^{-10}$$

If K3 selections affect the effective CP violation sources or sphaleron processes, this might provide additional baryogenesis mechanisms.

Framework scope: This mechanism is speculative and requires detailed EFT coefficient calculations before quantitative predictions. Not yet derived from first principles within the χ=24 framework.