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The aim is to explore energy efficiency in reflective systems through Tri-Entropic Mirror Geometry, viewing entropy positively.

January 20, 2026Open Access

Tri-Entropic Mirror Geometry

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The aim is to explore energy efficiency in reflective systems through Tri-Entropic Mirror Geometry, viewing entropy positively.
Developed a framework based on spherical information packing.
Introduced the Agrivity Triad triangular observer configuration.
Applied the Entropy-Angle Law for analysis of energy and information transfer.
Confirmed that the triangular configuration minimizes temporal lag in information transfer.
Demonstrated a self-correcting feedback loop that stabilizes luminous output.
Showed that the model effectively converts entropy fluctuations into coherent energy.

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This framework demonstrates harvesting entropy as information in a triangular observer configuration, suggesting enhanced energy efficiency.

David Glowalla (2026) studied this question.

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This framework demonstrates harvesting entropy as information in a triangular observer configuration, suggesting enhanced energy efficiency.