Gravitational Acceleration and Frequency Modulation in Black Hole Horizon and Accretion Discs - A HoloGenesis Approach

HoloGenesis (HG) provides a lattice-based derivation of the gravitational constant, linking local curvature to lattice frequency hierarchies rather than treating G as universal and empirical. In black holes, the lattice reaches its ceiling energy density, denoted rho_void, and maximal pre-frequency, f_void, producing a black-hole gravitational constant G_BH that exceeds terrestrial G by orders of magnitude. In the accretion disc, lower effective frequencies, f_disc, generate accelerations consistent with astrophysical observations. This article presents a thorough quantitative and conceptual treatment of G_BH, the modulation of G in the disc, and the lattice-based mechanisms underlying relativistic phenomena, including jets and Rayleigh–Taylor-like cascades. © 2025 Grégoire Mommaerts, HoloGenesis. This work is protected under international copyright law.