Deriving Newton's Gravitational Constant G from ACORN Conglomeration

In our previous work we demonstrated that two of the most fundamental constants of nature — Planck’s constant h and the speed of light c — arise directly from the geometric properties of a single charged particle when formulated in the five-dimensional (5D) ACORN framework. The ACORN matrix encapsulates the essential split between the Newtonian–even and curvature–odd components of the particle’s mass,This 2×2 system is not a model: it is the minimal 5D Lorentzian structure required for special relativity, electromagnetic inertia, the Compton frequency, and the hyperbolicmass–energy relation to all be simultaneously satisfied. The ACORN matrix provides two dynamical channels: an even (Newtonian) inertia channel mNE and an odd (curvature/electromagnetic) channel meq. These channels emerge as orthogonal projections of asingle 5D curvature-energy object, and together they encode the full relativistic equationof motion for a charged particle