Cyrek reply

Fortis
The 21 cm wavelength comes primarily from intergalactic deep space where most of the
atomic HA’s are present.
My theory is that a wayward electron passes a HA and causes the proton to flip.
Interstellar and intergalactic space is loaded with free electrons that have been blasted out of the stars during the eruptive explosions of the star flares. This causes the protons magnetic field orientation to flip and this causes the electrons orbital dimension to change, resulting in a gradual adjustment to cause the 21 cm radiation.

I depend more on visualization rather than mathematics. Math is necessary sometimes but a visual understanding is more important because you than understand how things work.

Your second post mentions infinately long wires.
The length of the force measured on these wires as I have explained is one mater in length.


Travis
In a field of ground state HA’s, they are all in the same balanced state between the proton magnetic fields and the electrons magnetic fields to repulse each other to keep the electrons in suspension.
In this state, they are all radiating the same standing wave energy which they do not lose because all the atoms are doing the same thing. Since they are all doing the same thing, there is no interchanging of radiation to cause them to lose energy. In this ground state, the radiations are all sinusoidal and continuous.
Only when electrons are ‘bounced up’ to a higher energy state to absorb a photon, do they then radiate a photon.
Electrons do not exchange energies in the standing wave format.
That is the way I see the stabilization of the nature of the Ha’s.

The formula I used is an application of reducing the Ampere rating formula relationships to a ‘microscopic level’.
The currents are reduced to a single electron. The length of the wires are reduced to the distance of travel of the electron during its transition. The distance between the wires (one meter) is reduced to the wavelength of the photon.
These are mere reductions of the relationships between the electrons magnetic field strengths for a measured distance, their interaction between two fields which I reduced to one field which is still relevant for calculation of this one individual force.

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aka Michael Cyrek