First a small theoretical update.

A proton consists of a 2x2 core relativistic wave structure that couples with a three wave excess-energy flux part and a two wave charge structure. In SO(4) we have a 5 rotation structure where core mass only can have 4 and charge has 5. This model is highly accurate and allows e.g. to calculate nuclear properties like e.g. the magnetic moment of Deuterium and of course it's exact mass.

From an energy point of view it is completely impossible that adding an electron to a proton will ever generate an anti proton because you would need to completely inverse the flow of all magnetic mass. In the electron case the annihilation is straight forward because the external visible orbits do match in shape and energy! But a proton and electron never match.

Jonathan:

Now to the Tesla coil setup. You will see the same as we see in side a nucleus. Two parallel ring currents induce by two quasi "parallel" (toroidal!) fields currents do a coupling according Biot Savard. This happens as a virtual mass. The weight of this this virtual mass is = the energy needed to separate the two toroidal fields. So far no virtual particles no energy gain nothing just plain physics.

But we have no clue how the background (ether) works. This is beyond SO(4) physics, that certainly will replace most of SM nonsensical inventions like Higgs particles virtual particle coupling etc.. Around 1910 physics (e,p,h,alpha,c) have been defined around the electron magnetic mass. Then came the mathematicians that only could solve square equations and bingo they switched from magnetism to potentials... Thus most SM is nonsense or fringe science (exchange particles, time reversal, parity violation, quark, bifidus, yogurt...Higgs, hick's,..)



Am 30.08.19 um 04:37 schrieb [email protected]:
In reply to  Jürg Wyttenbach's message of Fri, 30 Aug 2019 01:59:00 +0200:
Hi,
[snip]
PS: And please forget the matter anti matter story. It is childish old
physics thinking. Why e.g. can a nucleus expel antimatter ????
(positron...) Annihilation is only one option when e- e+ meet.
Perhaps under the right conditions, an electron can combine with a proton,
expelling a positron, and converting the proton into an anti-proton.
Then the anti-proton annihilates a normal proton.
The expelled positron annihilates an external electron.
Charge is conserved because two electrons & two protons have gone.
The net result is the complete conversion of mass into energy.
Regards,


Robin van Spaandonk

local asymmetry = temporary success




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Jürg Wyttenbach
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