Solving Tornadoes: Physics of Storms and Flow

Vortices act as the atmosphere's pressure relief valves. Without them, pressure differentials would be significantly more intense since gases alone cannot sustain structured streams. For a stream of wind to form, a sheath that isolates the flow from the natural friction and dispersive qualities of gases is required. Vortices, often invisible but crucial, form this sheath through a plasma of H₂O nanodroplets that spin up along wind shear boundaries in the atmosphere. When you see a tornado, you're not merely witnessing a mix of gases like nitrogen, oxygen, and water vapor; rather, you’re observing a phenomenon in which the surface tension of H₂O nanodroplets maximizes due to wind shear, creating a structured plasma. This plasma forms the sheath of the vortex, enabling winds within to accelerate up to 300 mph with minimal friction.

Beneath the surface of meteorology, there exists a subtle game of evasion, a dance of words that hides the uncomfortable truth about convection. Meteorologists don’t openly discuss steam in the atmosphere; instead, they speak of convection, a process they understand through the lens of Avogadro’s law. But when pressed to explain the underlying assumptions, they reluctantly reveal their belief in the existence of mono-molecular H₂O—steam—in their models. This, they say, is the unseen player in the dance of convection. Yet, ask them how water molecules could possibly remain mono-molecular at temperatures far below the boiling point, and that’s when the evasion begins. The conversation shifts, becomes defensive, and emotions flare.

Breaking of H2O Hydrogen Bonds Re-Activates Polarity

Cornucopia of Confusion

Academia's Stubbornly Stupid Assumption About Physics of Water

Herein We Now Have A Correct Understanding of Ice

There is no Magic Water in my Scenario for the Physics of Storms

Cover's Meteorology's notions including Convection, Dry Layer Capping, and Latent Heat of Condensation

People Don't Think Simple Enough

From Whence Comes Low Pressure

Broken and Completed Bonds at a Ratio of 50 50