Storms

⚡ Atmospheric Electrodynamics Treatise A rigorous physical and plasma-dynamic treatise on lightning discharges. We examine non-inductive triboelectric charging during graupel-ice collisions, charge dipole and tripole cloud structures, stepped leader ionization channels, dart leaders, return stroke plasma mechanics, and transient luminous events (Sprites and Jets). Lightning represents the most spectacular and energetic high-voltage plasma discharge occurring … Read more

🌀 Tropical Meteorology Monograph An exhaustive thermodynamic analysis of tropical cyclones (hurricanes and typhoons). We examine the six environmental prerequisites for cyclogenesis, the Emanuel Carnot heat engine model, Maximum Potential Intensity (MPI), secondary eyewall replacement cycles (ERC), and storm surge hydrodynamics. Tropical cyclones—variously designated as hurricanes in the North Atlantic and Northeast Pacific, typhoons in … Read more

🌪️ Vortex Fluid Dynamics Monograph A rigorous physical and mathematical treatise on tornadogenesis. We evaluate baroclinic versus barotropic vortex generation, the dynamic pipe effect, rear-flank downdraft thermodynamic profiles, two-cell vortex breakdown, and structural damage calibration via the Enhanced Fujita (EF) scale. The terrestrial tornado represents the most concentrated, violent atmospheric vortex on planet Earth. Within … Read more

🌪️ Severe Convective Storms Monograph A rigorous fluid-dynamical examination of supercell thunderstorms. We analyze mesocyclonic vorticity tilting and stretching, helicity integrals, the 3D kinematic structure of forward-flank and rear-flank downdrafts, and the radar architecture of the Bounded Weak Echo Region (BWER). Among all mesoscale atmospheric convective phenomena, the supercell thunderstorm represents the pinnacle of kinematic … Read more