Cosmological Energy Density and Gravity

We explore the idea of baryonic matter being a photon trapped in a potential well,where a photon lowers its energy by forming a circle of appropriate circumferenceto be in equilibrium with the local energy density. We directly link the gradient ofthis potential well to the nuclear strong force and to gravity, using 6D geometry andthe mass of an electron to predict acceleration on Earth's surface. We then use theprecisely measured acceleration on Earth's surface to calibrate the local value of Ω Λ . This model considers a photon's worldline is a circle on a complex phase-plane,orthogonal to the time dimension. This plane has a spacelike and timelike dimension,giving us the 6 dimensions required to account for the conservation of energy andmomentum in the asymptotic limit of General Relativity. In an observer's frame ofreference, moving relative to the photon in our 4D space and/or time dimensions, thetrajectory of a photon becomes a helix, but can only be measured as a 2D wave as thethird complex dimension appears to be inaccessible. This geometry gives us theratios in Table I. Errata: Equation 15 is flawed and a numerical coincidence.Source for R⊕ should read 6.3781×106 m