The Stationary Light Field and Temporal Navigation: A Discrete Hexagonal Lattice Framework for Multi-Dimensional Spacetime, Energy, and Resonance

Repository: Zenodo Open Science Repository Abstract This paper presents a formal mathematical model of temporal navigation within a stationary, high-dimensional cosmic manifold. By reformulating time from a global linear progression to a localized trajectory through a rigid light field background (\Phi_0), we integrate multi-dimensional temporal parameters into an expanded pseudo-Riemannian metric. We introduce a discrete hexagonal lattice architecture governed by a strict Mod 9 invariant (\equiv 0 \pmod 9), stabilized by a 7-cycle periodic break operating near a critical frequency threshold of 5184\text{ Hz} (72^2). Incorporating dynamical time-flow variations via force-field proxies and the 3I pulse sequence vector (\mathbf{S}_{3I} = [8, 13, 8, 5, 13, 8]^T), we derive the primary resonance anchor coordinate 4032 and establish a mathematically rigorous foundation for stable temporal navigation without thermal runaway.