Paper 24: Energy Transport and Strain Propagation in the Holosphere Lattice

Wepresent a coherence-based model of energy transport within the Holosphere lattice, where energy is not a substance but an emergent manifestation of angular coherence strain. In this model, energy transmission occurs through the migration of Planck-scale vacancy defects— localized coherence disruptions—which propagate directionally in response to angular tension gradients. Each defect carries a quantized amount of angular strain energy on the order of 10^−42 to 10^−51 joules. We demonstrate how this propagation governs gravitational weakness, suppresses Planck energy manifestation, and facilitates reabsorption through phase-restorative alignment. This model offers a discrete and directional coherence-based definition of energy. It also serves as the precursor to a variational Lagrangian formalism in Paper 25 that derives gravitational and quantum behaviors from coherence strain.