The Primordial Batch Processor

Title: The Primordial Batch Processor: Deriving Matter-Antimatter Asymmetry, Big Bang Nucleosynthesis, and the Resolution of the Cosmological Lithium Problem via Discrete Substrate Logistics

Author: Marco Lindenbeck

Description: 

Standard cosmology models Big Bang Nucleosynthesis (BBN) as a continuous thermodynamic fluid, relying on arbitrary freeze-out temperatures and manually fitted parameters, which fails to derive matter-antimatter asymmetry and disastrously over-predicts the primordial abundance of Lithium-7 by a factor of 3 to 4—an anomaly known as the Cosmological Lithium Problem.

This paper fundamentally reconstructs primordial nucleosynthesis through the lens of Substrate Logistics, modeling the primordial epoch as a strictly deterministic algorithmic batch-processing sequence triggered by a 125.1 GeV acoustic buffer overrun (The Big Sync). By enforcing the discrete topological limits of a $\kappa=50$ dodecahedral spatial grid, the continuous fluid assumption is dismantled. The Baryon-to-Photon ratio is derived from first principles as a rigid hardware survivor ratio ($\eta_\Omega = 6.098 \times 10^{-10}$), determined by left-handed antimatter cache flushes against the $36^\circ$ chiral twist of Poincaré Dodecahedral Space ($S^3/\mathcal{I}^*$), while redefining protons and neutrons by their strict volumetric structural geometries and inter-cellular tethers.

Crucially, this manuscript completely dissolves the Cosmological Lithium Problem without tweaking a single parameter. Compiling Lithium-7 forces a saturated Tritium payload to dock with a saturated Helium-4 core across a 1-dimensional inter-cellular boundary tether (the Neutron's D-vector). This discrete spatial bottleneck mathematically collapses the fusion phase space, triggering a precise Topological Suppression Factor of 0.33253. By reintroducing this bare-metal hardware constraint, the derived abundance of $^7\text{Li}$ ($1.58 \times 10^{-10}$) flawlessly matches astronomical observations, permanently reclassifying nucleosynthesis as a strictly decidable integer execution log.