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Energy pulses are 3 D i.e spherical, when equally constrained in all 3 dimensions

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First published at 10:27 UTC on April 30th, 2024.

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The lungs expand outwards, reducing air pressure in the lungs, drawing in air, then contract and expell Carbon Dioxide and air
The heart opens one valve for blood to enter, expanding, then closing, and opening another valve, to allow the blood to flow out, contracting
The blood vessels expand and contract, drawing blood from the heart and extremities, and pushing blood to the extremities and heart, in distinct PULSES.
Whenever an energy pulse is equally constrained and free in all 3 dimensions, it pushes out in these 3 dimensions as a SPHERE. 3 D Pulses of energy. Whose 2 PROPERTIES of amplitude and rate (frequency) you can plot on a graph, as a 'wave form', to determine the time and thus distance between these amplitude peaks, which we then call its 'wave length', but which is actually the distance between the pressure maxima of expanding THREE dimensional SPHERICAL pulses of energy

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