Quite correct: 1/2 is missing.
The SO(4) radius is 1/2 of the measured one but gets enlarged by the metric.
So for the proton R_4D = 1/2 R_p *(2^1/2 ). This is the real radius from
the center of action/rotation!
J.W.
On 16.09.2020 22:35, Robin wrote:
In reply to Jürg Wyttenbach's message of Wed, 16 Sep 2020 13:35:46 +0200:
Hi,
[snip]
If the electrons are shrunken, then they may well tunnel along with the
protons,
To fully understand physics you must model all particles as EM mass -
the exact opposite of what standard model does.
An electron always attaches as magnetic flux at the proper resonant
point. The error already started with Bohr and his invention of an orbit
model that now is fully debunked. The so called Bohr level has nothing
to do with an electron orbiting a proton. It simply is the resonance
point of the electrons magnetic mass, when it attaches an other magnetic
mass. You can get the resonance point very easily... : E-Bohr = m_e *
?^2 = 27.211386..eV (This is the mass defect if its part of an other EM
mass... but you need to divide by 2=(2^1/2 )^1/2 due to a metric change
- 4D orbit = larger radius in classic view)m_e * in electron Volts!
How does 2=(2^1/2 )^1/2 ?
--
Jürg Wyttenbach
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