Quantum Gate-State Propagation via Entangled Qubit Mirroring: A Framework for Coherent Logic Inference Without Measurement

This white paper introduces a theoretical framework for quantum information propagation using entangled qubit pairs to mirror logic gate sequences without measurement or classical signaling. By maintaining qubits in superposition and coherence, the paper explores how quantum logic operations performed on one qubit may be inferred through its entangled partner — potentially laying the groundwork for nonlocal quantum processing, mirrored quantum buses, and next-generation quantum networks. Author: John Barbieri, Independent Researcher in Quantum Communication Theory.