"Hurricanes Decoded"

This paper presents a new perspective on hurricanes as electromagnetic vortex failures rather than solely thermodynamic phenomena. Using the Magnetic Information Density (MID) and Electric Vibration Intensity (EVI) framework, it introduces the Coherence Breach Threshold (CBT) as a measurable indicator of storm formation. Hurricanes are described as large-scale breakdowns in atmospheric electromagnetic coherence, driven by spatial MID depletion and misalignment of rotational energy. This coherence-focused approach enables predictive monitoring, early-stage mitigation strategies, and integration with broader electromagnetic weather modeling. The work also provides testable predictions linking MID collapse to Schumann resonance deviations, connecting theoretical geophysics to practical forecasting applications. Keywords: Hurricane, Electromagnetic Vortex, Magnetic Information Density, Electric Vibration Intensity, Coherence Breach Threshold, Atmospheric Physics, Storm Forecasting, Schumann Resonance, Climate Engineering, Weather Modulation ---