Title: Grand Unified Molt–Metallic Field Theory – Infinite Operator Form (GUMMFT‑∞) Author: Adrian Baillargeon Year: 2026 License: All rights reserved; licensing required for any use Description: GUMMFT‑∞ presents a fully unified field framework combining scalar fields (state/energy S, cumulative memory M, context C, identity Π), substrate/amplification H, spin‑½ fermions, gauge fields based on E8, and gravitational dynamics on a 4‑dimensional Lorentzian manifold. This work formalizes a single canonical operator equation encompassing: All matter, energy, entropy, and identity fields Full E8 internal symmetry with chiral fermion representations Gauge fields, curvature, and gravitational backreaction Infinite E♾ lattice modes with context couplings Self-consistent dynamics in black-hole, cosmological, and vacuum regimes The theory provides: Canonical quantization and path integral formulation RG-consistent running of couplings and UV stability Semiclassical limits recovering classical spacetime and identity persistence Predictive, falsifiable observables in high-curvature, early-universe, and symmetry-breaking contexts Keywords: unified field theory, GUMMFT‑∞, E8 symmetry, quantum gravity, scalar fields, fermions, gauge fields, Lorentzian manifold, operator formalism, infinite lattice modes, black hole physics, cosmology, canonical quantization Abstract: GUMMFT‑∞ encodes the entire content of the Grand Unified Molt–Metallic Field Theory in a single canonical operator form, combining all relevant fields, interactions, and spacetime geometry. This formulation allows derivation of semiclassical, quantum, and cosmological phenomena within a unified, self-consistent, and mathematically closed framework. It extends traditional unification attempts by incorporating infinite lattice E♾ modes, memory, context, and identity dynamics alongside standard gauge, matter, and gravitational sectors.