Punjab
New
One of the problems with the word ‘vortex’ is that itconjures up the conical spin of a tornado or hurricane, water swirling down the plug hole in a bath or a torroid smoke ring. However, ‘vortex’ applies to any ‘dynamic three dimensional spiral’ and there are many forms of these. One is a ball of wool. When someone winds wool onto a ball or knits from it, the ball is growing or shrinking. Then it is a vortex.In other words, the yogis are wrong. Particles don't spin in a vortex-like way since their spins are quantized.
Imagine energy as wool. If it spins about a single point it will be free to spin in every direction so it will form a ball. There is no reason for it to form a toroidal vortex as depicted by the Victorian scientists. It would form a corpuscular or spherical vortex because of its freedom to spin on infinite axes, in infinite planes.
A conical vortex spins about an axis so it has poles. A spherical vortex is a perfect sphere without a discernible axis of spin or measurable poles because they are changing all the time. If the spherical vortex is a vortex of energy they will be changing at the speed of light; too fast to catch the spin at any moment in any direction.
The subatomic spherical vortex of energy provides a perfect model for the corpuscular particle of matter. Most vortex models for atoms and subatomic particles – like Lord Kelvin’s torroid vortex - fall at the first hurdle because subatomic particles are perfect spheres without any discernible axis or poles. For a model to work in physics it has to satisfy all the experimental observations that apply to it. The ‘ball of wool’ model is very powerful because it works well with experimental physics.