Ionospheric Lensing and Lorentz-Force Perturbation: A Universal Framework for the Recovery of High-Value Assets via Planetary Resonance

This paper outlines a high-fidelity forensic framework for the recovery of the MAVEN (Mars Atmosphere and Volatile EvolutioN) spacecraft following a total logic-desync during the October 2025 encounter with interstellar object 3I/ATLAS. We introduce the concept of "Planetary Ionospheric Lensing," wherein the atmospheres of Earth and Mars are utilized as a Traveling Wave Tube Amplifier (TWTA) during the peak of Solar Cycle 25. By synchronizing a 13.56 MHz terrestrial pump with a 3.85 MHz Martian resonance, we establish a +15.5 dB SNR link budget capable of triggering a hardware-level "Pattern 004" reset. Crucially, the paper identifies a 5.2° orbital inclination shift caused by Lorentz-force drag within the ATLAS plasma wake, providing the revised Right Ascension and Declination coordinates required for a successful DSN intercept. This methodology is presented as a Universal Retrieval Protocol (URP) for all legacy space assets currently in non-communicative states due to high-energy particle saturation.