Solving Tornadoes MD Files
Can a misunderstanding about causation cause an entire scientific field to spin its wheels for decades? Science is vulnerable to conceptual errors, and one of these has profoundly hindered our understanding of water and the nature of weather.
A difference alone, whether qualitative or quantitative, cannot be inherently causal. While common parlance treats differences as reasons for occurrences, this shorthand typically presumes an underlying mechanism already understood. Unfortunately, this linguistic shortcut has fostered a scientific delusion: that differences alone generate causation.
This error traces back to Linus Pauling’s explanation for the polarity of water molecules. Pauling stated that water’s polarity is caused by the electronegativity difference between its oxygen and hydrogen atoms. While this difference is instrumental, it is not fundamentally causal. The true causal agents are the electrical gradients emanating from the atoms.
When water molecules form hydrogen bonds, their electrical gradients directly oppose each other, neutralizing an incremental percentage of each other’s polarity. Through this neutralizing effect, water acts as a solvent to its own polarity, effectively turning it off and on with the formation and dissipation of hydrogen bonds. The failure to recognize this has led scientists to label the ensuing behaviors as “anomalous,” perpetuating confusion.
Understanding weather patterns and atmospheric vortices depends on understanding water’s surface tension. At the top of the troposphere, wind shear prevents complete hydrogen bonding, thereby reactivating polarity and generating the cohesive forces observed in H2O molecules. This higher-magnitude form of surface tension serves as the structural basis of atmospheric vortices.
Without recognizing that electrical gradients—rather than merely differences—create polarity, the fundamental mechanics of weather cannot be deciphered. Correcting this seemingly minor conceptual misstep transforms our understanding from confusion to clarity.