On the Thermodynamics of Emergent Spacetime

This work presents a unified causal-thermodynamic model of spacetime built from discrete quanta of action—each representing one Planck-scale exchange of causal information. The results demonstrate that Einstein’s field equations, gauge symmetries, and cosmological behavior can emerge statistically from a purely discrete causal substrate.Included are the LaTeX source papers, simulation data for Gates 1–14+, and analysis figures reproducing horizon thermodynamics, Raychaudhuri tests, causal anisotropy, and galaxy-scale rotation-curve phenomena. All content is released under patent-pending protection (© 2025 Shivank Doshi).Commercial reuse, redistribution, or modification is prohibited without written permission.Scholarly citation and discussion are welcome.