2.9    Connection of the 21cm-radiation of the hydrogen with the 3K-radiation of the space

The 21cm-radiation of hydrogen spring up, if the magnetic fields of proton and electron changed from parallel direction in the opposite direction /2-15/. The connection of proton, electron and magnetic field is here the ground of interest to the 21cm-radiation with regard to the derivation of the base of particles. It shall therefore the 21cm-radiation (21.1cm according to /2-15/) follow as result.

The magnetism is connected with the movement of proton ore electron. In the case of particles consequently with the movement of a “Cluster” of particles, represent the structure of proton ore electron. The movement can it a rotation too. A rotation of the proton-structure is possible, if the “old” structure is destructed and for it is generated a “new” structure in an another direction (Fig. 2.9-1).

Fig. 2.9-1: Change of direction of a structure from particles

For these alteration must all particles of the “old” direction disassembled. That are because the four directions in the tetrahedron-structure ¼ of all particles N_p of the proton for these direction. The another directions are disassembled simultaneous. Assumed the first flying away particle is the begin of λ₂₁ and the last particle is the end, then is the first particle the distance   distant, if the last particle is starting and it is:

                                                                                     2.9-1

The time of disassembly τ_Abbau follow from the above number (1/4*N_p)  to reduce particles and the time for the disassembly of one particle τ₁. The time τ₁ is now to estimate.

But the structure of the proton is not only disassembled, but because of stationary relations simultaneous build up (Chapter 2.2). The time of disassembly is doubtless equal the time of build up, witch is here take for better argumentation. Assumed a proton is build up. For these are need N_p particles. The „transport“ of one particle require  . Till all particles are here, require the time                                                                          2.9-2

Is coming still one particle, must for it one particle take down. The disassembly of one particle is take in the time

                                                                     2.9-3

With that is the above τ_Abbau:

                                                                      2.9-4

and

                                                                     2.9-5

N_p was derived in chapter 2.2 to                                                                  2.9-6

Now can calculated λ₂₁:

                                       2.9-8

Deviation:-5.5%

Remarkable play the electron in these derivation not a part.

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