The Destructive Macroscopic Quantum Transfer (DMQT) Protocol: A Formalized Proposal for Macroscopic Quantum Transfer

The Destructive Macroscopic Quantum Transfer (DMQT) Protocol is a theoretical framework proposing the transfer of macroscopic matter—including biological organisms—by encoding, transmitting, and reconstructing their complete quantum states. Unlike conventional quantum teleportation, which operates only on microscopic systems, DMQT extends the concept to the macroscopic scale by enforcing strict destruction of the original state at the Origin (O), thereby satisfying the No-Cloning Theorem. This paper presents the foundational physics, the required segmental measurement strategy, the information-theoretic limits, and the fidelity constraints imposed by the Heisenberg Uncertainty Principle. DMQT is internally consistent with known physical laws, though its realization demands breakthroughs far beyond current technology.