Symbiotic Infodynamic Equilibrium (SIE) Unified Field Theory: Information as the Fundamental Substrate and the Emergence of Physical Forces

To provide a framework that addresses the Cosmological Constant Problem and Hubble Tension, we propose Symbiotic Infodynamic Equilibrium (SIE) Unified Field Theory. Building upon Mass-Energy-Information Equivalence 9 and Entropic Gravity 6, we explore recalibrating Information as the primary physical substrate. Through a discrete Unified Lagrangian, fundamental forces can be modeled as thermodynamic imperatives: mass as continuous Landauer power, gravity as entropic surface minimization, and Dark Energy as osmotic pressure. By replacing the spacetime continuum with a finite Planck-scale lattice governed by a Universal Gauge Constraint, we derive Standard Model parameters (α, mass ratios, MOND) from first principles. This approach offers a potential mechanism to bound ultraviolet divergences and bypass mathematical singularities, uniting quantum mechanics and macroscopic gravity by defining physical laws—and their falsifiable empirical signatures—as the thermodynamic equilibrium of an information-based universe.