Dual-Channel Spectral Calibration of the Genomic Stabilization System (GSS) Resonant Matrix: Quantum Electrodynamic Analysis and Parameter Specification

This paper presents a precise dual-channel spectral calibration of the Quantum Shield within the Genomic Stabilization System (GSS). It defines two operational channels: the primary energy emission channel (peak at 492 nm) responsible for coherent pumping of the subnuclear condensate, and the structural fixation channel (peak at 766 nm) enabling low-dissipation geometric stabilization of the DNA backbone. Using the apparatus of quantum electrodynamics, the work calculates the required photon flux density, force vector during the 140 μs Gaussian pulse, and analyzes the harmonic interference between the channels for entropy suppression in the Quantum Cube lattice.