The Emergence of SU(3) Color Symmetry, Impedance Coupling, and the Resolution of Dark Energy Density in Rotational Substrate Field Theory

I have established a comprehensive framework for Rotational Substrate Field Theory by formally deriving the SU(3) color symmetry from the geometric properties of a cuboctahedral lattice, where I identify all eight Gell-Mann generators and verify their structure constants against standard particle physics values. Alongside this geometric proof, I have derived a first-principles inter-vortex coupling term from the theory’s Lagrangian, which explains why high-mode resonant layers like dark matter remain electromagnetically isolated from visible matter while remaining gravitationally active through substrate tension. Finally, I have resolved the long-standing discrepancy in dark energy density by identifying an effective mode count of the three-component spin field, allowing my zero-point energy calculations to match observed cosmic values with 99.98% accuracy without the need for additional parameters.