The Mathematical Formalism of TMT

The Tri-Matter Theory (TMT) proposes that the conventional notion of a single, fundamental form of matter is incomplete. Rather than treating particles, fields, and spacetime as separate primitives, TMT postulates the existence of three mutually coupled matter sectors each characterized by distinct coherence, entropy, and dynamical roles. Observable particles, gauge fields, and spacetime geometry emerge as collective, low-entropy manifestations of interactions among these sectors. The author also proposes that, familiar physical quantities such as mass, charge, spin, polarization, and even gravitational curvature are not fundamental attributes but relational properties arising from coherence exchange and topological constraints between matter sectors.