The Invariant from the Variable — GPU Computation, Material Physics, and the Nature of c

This deposit contains two complementary prior art documents establishing intellectual priority on the following interconnected concepts: 1. The structural identity between GPU parallel computation and the tensorial topology of relativistic material physics — enabling real-time mesoscopic simulation (10³–10⁷ atoms) on consumer hardware without abstraction layers. 2. The postulate that information is the static invariant of physical reality, space and time being its mutual dynamic reflection at the ratio c — with c identified not as a velocity but as the mirror law of spacetime, the sole structural constant surviving the Planck boundary. Both documents are published as timestamped prior art under CC BY-NC 4.0. The foundational intuition emerged from observing the formal identity between equations natively solved by GPU architectures (radiative transport, PBR, Drude model) and the equations governing condensed matter physics at the mesoscopic scale.