Tri-Entropic Mirror Geometry

Following up on our research into spherical information packing, we have developed a complementary framework regarding energy efficiency in reflective systems: Tri-Entropic Mirror Geometry (TEMG). While traditional thermodynamics treats entropy as loss, our model treats it as an information gradient that can be harvested. The Core Hypothesis: We demonstrate that a specific triangular configuration of observers (The Agrivity Triad) minimizes the "temporal lag" of information transfer. By applying the Entropy-Angle Law ($E \propto dS/d\theta$), we find that this geometry creates a self-correcting feedback loop that stabilizes luminous output, effectively converting entropy fluctuations into coherent energy.