The Daopological Micro-Universe: Numerical Verification of Mass Generation, Dark Energy, and Lorentz Violation via Graph-Rewriting Algorithms

Contemporary theoretical physics is constrained by the ontological paradox of the continuous manifold, leading to inevitable divergences at the Planck scale. We propose the "Daopological Micro-Universe," a computational framework driven purely by Discrete Structural Annealing (DSA) and graph-rewriting rules. By simulating the evolution of topological networks, we provide computational evidence for three foundational claims: (1) Mass arises as a topological soliton when closed loops lock the information measure; (2) Macroscopic spacetime and light-speed limits emerge from discrete causal propagation; (3) Spacetime exhibits an inherent Lorentz Invariance Violation (LIV) with a precise coefficient of -1/8 at high energies. This study provides an empirical foundation for discrete quantum gravity, proving that physical reality is inherently computational and topologically constrained.