Operational Quantum Energy Inequalities and Traversability Thresholds in ER=EPR Microscopic Channels
Abstract
We establish the operational quantum energy inequalities (QEI) and stress-energy bounds governing continuous wave-function transit through non-local ER=EPR topological channels under double-trace deformations. We prove that continuous physical transit preserves quantum unitarity and local energy-momentum conservation, establishing that physical entities transition through a spatial fold as a single, unbroken physical state without requiring data digitization or state scanning.
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