Resonant Transmutation and Temporal Navigation in a Discrete Hexagonal Lattice: Resolving the Solar Lithium Discrepancy via Mod 9 Invariants

Repository: Zenodo Open Access Pre-print Date: July 2026 Abstract We present a comprehensive mathematical framework replacing standard thermal-kinetic stellar models with a discrete, electrically driven resonant lattice. By reformulating Big Bang nucleosynthesis and solar lithium depletion through a Mod 9 invariant on a hexagonal lattice governed by a 5184 frequency threshold, we resolve the Cosmological Lithium Problem and the Solar Lithium Discrepancy without invoking deep-mixing convection. Furthermore, we extend this geometry into a multi-dimensional temporal navigation model where time, energy, and gravitation emerge as metrics of an observer moving through a stationary light field, anchored by the 4032 harmonic invariant.