Gravity in Recognition Science: Results, Consistency Tests, and Open Problems — September 2026

Abstract

This dated research-program report connects a weak-field lattice graviton reconstruction, horizon-record entropy and gravitational normalization, and a shared classical matter–gauge–geometry action. It preserves constructive results, corrections, consistency tests and open physical identifications. The wave result is quadratic in perturbation amplitude and exact in lattice momentum. The explicit earlier Roček–Williams (1984) transformation and scalar-Laplacian structure are credited after direct inspection of Appendix D. New September 14–15 developments include a compact shear transfer-positivity obstruction and an all-flux lapse/clock discrepancy, together with a conditional analysis of the gravitational volume constraint. A complete physically identified Lorentzian quantum interaction remains unresolved. The deposit contains the 12-page report and a matching source/evidence archive.