Paper 50: Triplet Coherence and the Emergence of Color Charge in the Holosphere Lattice

In Holosphere Theory, the electron is modeled as a triplet of coherence-bound dark bosons orbiting a vacancy defect in a discrete angular lattice. This structure naturally accounts for charge, spin, and long-range entanglement behavior. In this paper, we extend the triplet coherence framework beyond electromagnetic interactions to identify internal degrees of freedom that could underlie color charge and SU(3)-like gauge symmetries. By examining angular phase strain patterns and rotational alignment modes within the Holosphere lattice, we propose that quark color arises from quantized topological permutations of nested triplet structures, while gluonlike force mediation emerges from discrete coherence exchange events. This lays the foundation for a coherence-based reinterpretation of quantum chromodynamics in subsequent papers.