QSTH 6. 2 proposes a compact, testable framework for the origin of the matter–antimatter imbalance by modeling baryon asymmetry as an entropic ledger bias emerging in CP-broken, out-of-equilibrium windows. Instead of introducing a single ad-hoc mechanism, the work reframes the problem as a cross-channel, audit-ready program: define measurable bookkeeping variables (ΔScoh, ΔSᵣed) and an interface transparency diagnostic (αᵢnterface), then map qualitative signatures to observational constraints. The release is structured as a two-layer package: Main CORE Paper — motivation, minimal model, relevant regimes/windows, observational handles, and a falsification map (signature → dataset → null test). Appendix Pack — operational methodology and supporting notes, including Appendix O (Operational Definitions) that specifies how to measure ΔScoh and ΔSᵣed (state-based and proxy-based), plus a standardized P0 protocol and a one-page P0 report template for reproducible reporting across datasets and pipelines. A key design principle is falsifiability by construction: null outcomes are treated as valuable results that tighten constraints, delimit regime boundaries, and expand the systematics kill-list. The work is intended as a publishable roadmap inviting independent numerical implementations (P0→P1→P2) and multi-dataset stress-tests across cosmological channels (CMB/BBN/BAO/SN/lensing/growth).
Rostislav Stepanik (Sat,) studied this question.