Substrate Lattice Properties

Substrate Lattice Properties are the geometric characteristics of the computational substrate's lattice, which the book proposes correspond to the symmetries of particle physics. The book introduces them in its testable predictions for the computational foundations of reality. Under 'Emergent Symmetries', particle physics symmetries are said to correspond to substrate lattice properties, verifiable in high-energy collision experiments at energies above 10^15 eV. The same set of predictions includes computational information bounds testable in quantum computing, and curvature-tension relationships testable by gravitational wave measurements with strain sensitivity below 10^-23. Confirming them, in the book's view, would establish a computational substrate as a fundamental layer of reality, a discrete binary computer rather than a continuous field system. Substrate Lattice Properties connect to Substrate Lattice, Lattice Geometry, Computational Substrate, Three-Dimensional Voxel Lattice and Goldstone Bosons.