Temporal Geomagnetic Correlation: Storm Recovery Windows & Solar Cycle Modulation

11-phase temporal analysis correlating UAP event timing with geomagnetic conditions. Three timescales identified: secular field weakening (centuries), solar cycle modulation (11 years), and episodic storm recovery windows (days). STORM RECOVERY WINDOW: The Nimitz Tic Tac encounter (Nov 14, 2004) occurred 4 days after a Dst -373 nT geomagnetic storm — one of the most severe of Solar Cycle 23. The Belgian Wave F-16 radar lock (Mar 30, 1990) occurred 16 days after a Dst -223 nT storm. Both events fell in the RECOVERY PHASE, not during the storm itself. During recovery, the magnetosphere is reconfiguring — field geometry is transitional, Schumann resonance is disturbed but rebuilding, creating temporary windows of anomalous field conditions. Like hearing distant radio stations after a thunderstorm when the ionosphere is still unsettled. SOLAR CYCLE MODULATION: UAP waves are 1.8x overrepresented during solar peak phases. The 1947 wave (Arnold, Roswell) began at the peak of Solar Cycle 18. The Belgian Wave started in the exact month of Solar Cycle 22's maximum (Nov 1989). Levelland EM interference cases (1957) occurred during Solar Cycle 19 — the strongest ever recorded. The two most intense solar cycles of the 20th century coincide with the two most dramatic UAP event clusters. NUCLEAR REFRAME: Nuclear sites don't attract UAP because 'they're watching our nukes.' Nuclear detonations create planetary-scale EMP that disrupts the Schumann cavity — artificial veil thinning through the geomagnetic field itself. The 1945 Trinity test preceded the 1947 wave by 2 years. The 1952 H-bomb test coincided with the Washington DC flap. Malmstrom AFB missiles went offline during a UAP event — the phenomenon penetrated hardened EM shielding, consistent with operation through the geomagnetic field rather than conventional EM radiation. MINIMUM PHASE EVENTS: Several major cases (Tehran 1976, Stephenville 2008, Omaha 2019) occurred during solar minimum — complicating a simple 'more storms = more UAP' model. The framework resolves this: minimum-phase events are driven by secular field weakening (the permanent baseline trend), while peak-phase events are amplified by storm-induced temporary disturbance. Two different mechanisms, same direction. TESTABLE: Download Dst/Kp data from NOAA for every hub case date. Calculate Kp on event date, maximum Kp in prior 14 days, Dst minimum in prior 14 days, days since last major storm (Kp ≥ 6). If UAP events cluster in the 2-10 day post-storm recovery window more than expected by chance, the storm recovery hypothesis is quantitatively confirmed.