RRGM V8: Gravity Domain

This paper compiles a gravitation domain (D_g) from the RRGM V8 Mathematical Core (“Sovereign Counting Framework”). RRGM V8 defines domain objecthood as binary instantiation via a counting gate Θ evaluated at a domain resolution τ, with time t treated as emergent from structural decay along protocol depth χ. The work provides a conservative physics mapping of RRGM primitives into D_g, and enforces BFU-consistent run headers that bind each claim to an observable channel (O_g) and background model (B_g). Key falsifiable consequences include: (1) gravitational sourcing as a counted state (Home[D_g]) rather than a continuously weakened property; (2) Mercy as duty-cycle behavior near the counting threshold, predicting τ-dependent flicker/sideband signatures in gravitational observables; and (3) a strict ghost regime (M_I < 1) that is non-countable in principle within D_g. Optional mapping-law “compile targets” (Newtonian and weak-field proxies) are included to enable immediate experimental framing, each with explicit falsifiers. Keywords (core set)RRGM, Rozon Recursive Gravity Model, RRGM V8, sovereign counting, counting gate, binary instantiation, gravitation, gravity domain, emergence of time, duty cycle, Mercy window, threshold dynamics, falsifiability, run header, mapping law, Null Ghost Home, ghost regime, weak-field, Newtonian limit Daniel Rozondaniel.p.rozon@gmail.com