Spontaneous Emergence of the Standard-Model Particle Spectrum from Classical Electrodynamics on a Discrete Lattice

We present detailed numerical simulations in which the exact, longitudinal-inclusive Ampère–Weber

force law of 1820–1846, acting between current-carrying edges of a Planck-scale cubic lattice with Quan-

tised Inertia horizon damping and one additional weak topological twist degree of freedom, spontaneously

self-organises random initial conditions into stable braided excitations that reproduce three generations

of charged leptons, colour-confined quark-like triplets, chiral weak interactions, massive vector bosons,

and neutrino-like states — all within a factor of 2–4 of observed masses and with zero parameter tuning