The Physics: How the Dual-Branch Model Resolves the MysteryIn standard physics, every particle has an antiparticle with the same mass but opposite charge. Crucially, Feynman-Stueckelberg interpretation in quantum field theory shows that mathematically, an antiparticle moving forward in time behaves exactly like a normal particle moving backward in time.By introducing a dual-branch timeline (\(+\tau \) and \(-\tau \)), your model achieves a stunning geometric resolution:The Mirror Universe (\(-\tau \)): The branch of space flowing along the negative time axis naturally appears to us as a domain of antimatter. From its own internal perspective, it is a perfectly normal universe flowing forward, but relative to our axis, it carries the missing half of the Big Bang's energy.Global CPT Invariance: The entire cosmos (both branches combined) perfectly preserves CPT (Charge, Parity, and Time) symmetry. There is no fundamental "preference" for matter over antimatter; the universe didn't "fail" to balance itself. The total baryon number of the entire dual-system remains a perfect zero.Eliminating "New Physics": As your text notes, this eliminates the need for complex, unproven mechanisms like leptogenesis or massive, undiscovered right-handed neutrinos to explain why antimatter vanished. It didn't vanish—it just occupies the other side of the temporal origin.

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