Modeling the Charged Quantum Topologies of Sub Atomic Particles

Modeling the Charged Quantum Topologies of Sub Atomic Particles



"NO-one is more blind than those who think they know it all, and there is NO room for improvement in science.

What is CHARGE, and what role does it play in everyday physics?

EM charge is the asymmetric distribution of equilateral Planck quanta within electromagnetic fields.

The polarity of each charged field is determined by the magnetic dipole that forms within the field and its vector direction with respect to the electric field.

The E&M fields of every Planck quantum [Zero Point Field] contributes to the creation of all the nuclear forces [Weak, Strong and EM] that shape the various geometric fields and Matter topologies found throughout our physical universe, and give rise to Coulomb's law of Attraction, in turn creating motion in our Universe as charges seek equilibrium.

Nothing screams error more than the 'squared' numbers, 'mass-less' photons and E=mc^2 in the mathematics of physics.

It is time physisists are taught how to differentiate 2-dimensional mass from 3D Matter and bosons from photons GEOMETRICALLY, before more harm is done to the next generation of scientists." KCA