The Entropy Anchor Protocol (EAP) Cipher represents a paradigm shift in cryptographic thought, moving beyond the protection of information to the governance of its fundamental thermodynamic state. Its methodology is not based on obfuscation, but on active, multi-vector control. The cipher operates through five core vectors: the Anchor Vector (A) establishes a pocket of negative entropy; the Temporal Gradient Vector (B) measures the flow of decay; the Resonance Vector (C) locks the system into...

The Entropy Anchor Protocol (EAP) Cipher represents a paradigm shift in cryptographic thought, moving beyond the protection of information to the governance of its fundamental thermodynamic state. Its methodology is not based on obfuscation, but on active, multi-vector control. The cipher operates through five core vectors: the Anchor Vector (A) establishes a pocket of negative entropy; the Temporal Gradient Vector (B) measures the flow of decay; the Resonance Vector (C) locks the system into...