True Light Engine: A Thermodynamic Game Physics Architecture

We present the True Light Engine, a multiplayer game engine where player roles are thermodynamically derived from exact coordinates in (O, R, alpha) space and every session generates falsifiable experimental data recorded on a public blockchain. The Pe formula Pe = K*sinh(2*(b_alpha - b_gamma_eff)) is computed on-chain from raw field measurements, making the physics trustless and verifiable. The engine demonstrates that the same thermodynamic constraint governing epistemic drift in AI systems governs emergent party dynamics in multiplayer games.