This paper develops the Quantum Bias of Spacetime (QBS) framework in which microscopic asymmetries in particle physics arise from geometric bias embedded within spacetime structure. The model introduces a torsion-mediated micro-interaction channel, denoted TM, within the Domain Interaction (DI) geometry previously used to describe cosmological structure. A universal per-event asymmetry efficiency factor, εQBS, emerges from this geometry and provides a unified toy explanation for baryogenesis, weak-interaction chirality, and effective CP-violation strength. The paper also develops a master accumulation law in which the observed asymmetry is the product of a geometry-driven microscopic bias and a process-driven effective event count.
Atul Prasad (2026) studied this question.