In Monography M3 the LSV framework presents of the rigorous Lagrangian. We transition from the fluid approximation to the Chiral Supersolid model, demonstrating that the physical vacuum is a rigid solid body with spinor symmetry. Key achievements of M3 include: (1) Ab initio derivation of the Fine Structure Constant and the nucleon mass ratio from the geometry of the 5D moduli space.(2) Replacement of the Minkowski metric with Jefimenko's integral retardation formalism, which unifies relativity with elastodynamics.(3) Reduction of the Standard Model gauge groups SU(3) to the statics and dynamics of longitudinal Ampèrean and transverse Maxwellian stresses in the ETOM lattice.(4) Calculation of the masses of all quarks and gauge bosons (W, Z, H) through the "Shadow Principle" of baryonic cavitation. This work finally removes the concept of free parameters in physics, demonstrating that the constants particle masses are structural strength and communication invariants of the rigid medium. The Universe is defined as a self-consistent engineering system in Euclidean 3D.
Artemiusz Emil Palla (Sat,) studied this question.