"Whirlpools Unmasked"

This paper presents a new framework for understanding vortices and whirlpools as electromagnetic information collapse events, rather than purely hydrodynamic phenomena. Using Magnetic Information Density (MID) and Electric Vector Intensity (EVI) as parameters of coherence, the study demonstrates that vortex formation occurs when structural field balance thresholds are exceeded. Vortices are interpreted as manifestations of rotational memory collapse, encoding misalignment between magnetic and electric fields within fluid systems. This approach integrates previous work on atmospheric and tectonic phenomena, offering a unified field-theoretic perspective on fluid behavior, with testable predictions for experimental verification in controlled environments. Keywords: Vortex Dynamics, Whirlpool, Magnetic Information Density, Electric Vector Intensity, Fluid Memory Collapse, Rotational Flow, Coherence Failure, Fluid Mechanics, MID-EVI Framework, Experimental Hydrodynamics ---