Saving the Earth/Revised Version

Version noticeThis record represents a revised and completed version of a previously released work.The earlier version remains available as a prior version of this record for documentation of the research timeline and priority.Access to the full content is restricted due to safety and legal considerations and may be adjusted after the defined embargo period.This optimized Python code provides a comprehensive computational framework for validating the Solar-Induced Geodynamo Theory. The script models a unidirectional causal chain: solar gravity → tidal torque → inner core rotation → geomagnetic shielding → ozone layer preservation, with analogies to Mars-like planetary progression. The code incorporates precise physical calculations (e.g., tidal torque ≈1.12×10¹⁶ N m), real cosmogenic isotope data (¹⁰Be and ¹⁴C from ice cores and INTCAL calibration), geomagnetic dipole trends (from IGRF-13/CHAOS-7 models), strong Pearson correlations (r ≈ 0.9603 for ¹⁰Be vs. Mars progression, p