Quantum Inertial Phase Dynamics (QIPD): Continuous Macroscopic Teleportation via Symmetry Restoration and Chiral Magnetohydrodynamic Propulsion

This paper formalizes the analytical model for Continuous Macroscopic Teleportation through Quantum Inertial Phase Dynamics (QIPD). Overcoming the asymptotic limit of Special Relativity, we propose a physical mechanism where the inertia of the spatial envelope is dynamically suppressed (m → 0). The model equates the mechanical and mathematical viability of isolating a macroscopic payload from the inertial constraints of spacetime, integrating extreme plasma physics, quantum chromodynamics, and general relativity through original deductions of temporal mass evolution. We establish the mathematical foundations for a magnetohydrodynamic propulsion system focused on bypassing the need for negative exotic matter, redefining the paradigm of continuous luminal locomotion