Topic: Blood Flow

Smallstorm challenges the traditional view of the heart as a simple pump, describing it instead as a piezoelectric battery that charges the blood. She explains that the mechanical pressure of the heart's contraction generates voltage, which then causes the blood to spin through the arteries. This perspective credits the electrical charge of the cells, rather than mechanical force alone, for moving blood to the extremities.

Dr. Pollack challenges the traditional view that the heart is the sole driver of blood circulation, noting that red blood cells are often twice the diameter of the capillaries they must pass through. Citing experiments with chick embryos and Russian research by Vladimir Vyakov, he suggests that infrared-driven EZ water flow provides the necessary auxiliary force. This mechanism allows blood to continue moving even when the heart has stopped.

The heart is described as a vortexing organ that slows blood flow to maintain pressure and prevent the venous system from collapsing during high metabolic demand. Its primary function is to spiral the blood, which energizes the water within the cardiovascular system through a process similar to a hydraulic ram.