I'm telling you the Force we perceive as gravity is a function of a Superfluid that is made up of "Sub-quark " particles that permeate all things.
Both miniature water whirlwinds and giant space-monitored cyclones are governed by the exact same laws of fluid dynamics, specifically the interactions of fluid/gas movement, convection, and vortex formation.While the scale and specific driving forces differ, they share these fundamental mechanisms:1. Temperature and Density DifferencesThe Dry Ice Experiment: Super-cold carbon dioxide gas (at -78.5 °C) mixes with warmer, humid air. This extreme temperature difference causes the warmer air to rise and the cold, dense gas to sink, triggering local convection currents.The Giant Cyclone: Warm, moist air rises rapidly over tropical oceans while colder air moves in to replace it, creating massive convection cells across hundreds of miles.2. Condensation as a Visual AnchorThe Dry Ice Experiment: The cold gas cools the surrounding air, forcing water vapor to condense into millions of microscopic droplets. This creates the visible white fog that physically traces the path of the swirling currents.The Giant Cyclone: Rising warm air cools as it ascends into the atmosphere. The moisture condenses into liquid water droplets and ice crystals, forming the massive cloud bands and spirals visible from space.3. Rotational Dynamics (Vortex Formation)The Dry Ice Experiment: The physical movement of the water, localized air currents, and density differences wrap the condensing fog into a spiral.The Giant Cyclone: The rotation is driven on a planetary scale by the Coriolis effect (caused by the Earth's rotation), which twists the massive rising air currents into a giant, structured vortex.Ultimately, Shaun Lani's Icy Bodies demonstrates that fluid mechanics are universal. Whether operating inside a small museum exhibit container or across an entire hemisphere, fluids and gases organize themselves into identical geometric spirals under the right thermodynamic conditions.
It all comes down to the navier Stokes equation.
And Bernoulli's Principal.
"Liquid gravity"