Information-Theoretic Neutralization of Energy Structures via Induced Decoherence

This paper proposes a novel method for neutralizing energy structures by targeting their informational consistency rather than their physical amplitude. Instead of canceling energy through destructive interference, a contradiction-inducing information wave is introduced to disrupt the internal logic sustaining the structure. This induces information-theoretic decoherence, causing the energy system to collapse into non-coherent elements. The approach significantly reduces energy requirements, eliminates reaction forces, and enables precise targeting through mechanisms such as quantum error correction encoding, soliton-based transmission, causal anchoring, and entanglement-based authentication. This paradigm shift redefines energy control as an information problem rather than a purely physical one.