Solving Tornadoes MD Files
Alternate Title: Theory Becomes Easy When the Underlying Assumptions Are Sound
Complementary Discoveries It is interesting to note that when a theory is built on sound underlying assumptions, it naturally begins to solve adjacent problems. Because the implications of the Structural Vortex Paradigm are so thoroughly spelled out, complementary discoveries emerge constantly.
A perfect example of this emerged during a recent breakdown of atmospheric water vapor. When you combine the known electromagnetic ratio of surface tension with the intense ambient static electricity present in the lower atmosphere—driven by the Earth’s global electrical circuit and its coupling with upper-atmospheric energy—a completely new mechanical picture takes shape.
The Sorting Mechanism: “High-Quality” Moist Air The atmosphere’s ambient electrical charge acts as a natural sieve. Because water is a highly polar molecule, this static electricity systematically sorts water droplets by size and mass.
The result is a layer of “High-Quality Moist Air.” This is not a chaotic, random assortment of vapor. It is an unusually well-sorted, evenly spaced, and uniform collective of small droplets. This highly organized lattice of moisture is the prime candidate for the initiation of collective spinning.
Igniting the Structural Plasma When conditions are calm over preceding days, this layer flattens and stabilizes. This flattened surface acts as a frictionless boundary, allowing for a highly directional flow of air.
This is the spark that produces the structural plasma. As the flow accelerates, it triggers a Bernoulli-like suction. Because the droplets are already perfectly sorted and highly polar, they act as self-attracting H<sub>2</sub>O polymers. They do not scatter; they bond.
The Sheath and the Core On a microscopic scale, the molecules in this highly structured, moist layer begin to systematically enwrap the accelerated flow of drier air. The moisture acts as the structural pipe, while the dry air serves as the contained flow within. Because of the tensile strength of this newly formed vortex tube, wind shear is perfectly conserved along the inside of the walls, allowing the system to scale into a massive, highly destructive kinetic engine.