Matter–Antimatter Asymmetry in the Time Field Model: Baryogenesis via Micro–Big Bangs and Wave Decoherence

We address the cosmic matter–antimatter asymmetry in the Time Field Model (TFM), wherein two real fields T⁺ and T⁻ encode wave-like time. Building on emergent charge q ∝ (T⁺ − T⁻) (Paper #9 [5]) and out-of-equilibrium micro–Big Bang expansions (Papers #2–#3 [2,3]), we show how wave-phase decoherence naturally biases baryon/lepton number production. We derive a CP-violating Lagrangian term via local U(1)ₜ transformations, incorporate it into Boltzmann-like baryogenesis equations, and present TFM HPC (high-performance computing) data indicating ηB ∼ 10⁻¹⁰ without fine-tuning. Observational implications include neutron EDM shifts, gravitational wave bursts, and cosmic antimatter pockets. Hence, TFM unifies baryogenesis with wave-driven cosmic expansions and interference phenomena.