The universe ring starts first, the anti-ring follows 10⁻⁹ seconds late — and BANG!
Because two information threads raced to enter the Cosmic CPU — and one arrived one Planck time late.
Imagine the early universe as a single-core processor that can only handle one thread at a time. Two Möbius information layers — Forward and Reverse — both try to "boot" simultaneously, but the cosmic CPU enforces mutual exclusion.
The Forward layer gets in first at t = 0. The Reverse layer has to wait δt = π · tPl. This tiny timing offset creates a phase mismatch ΔΘ = π between matter and antimatter, resulting in the baryon asymmetry we observe today.
The Big Bang is a race condition in the universe's boot sequence.