Spin of the
proton
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Spin of the
proton
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We
suppose that the proton turns around an axis (X for example).
The
contribution of the X-bubble to the magnetic moment
will be zero. The contribution of the Y-bubble and the Z-bubble to
the charge will be
2 * (+1e/3). The contribution of the Y-bubble
and
the Z-bubble to the kinetic moment will be 2 * (+1*ħ/3 ).
The
relativistic mass of rotating bubbles is Mp/2π (see details).
The
magnetic moment of the proton is:
MMP
= charge * kinetic moment * spin / relativistic mass of rotating bubbles
MMP
= (+2e/3) * (+2ħ/3) / 2*(Mp/2π)
=
(8π/9)*(eħ/2Mp) = + 2,79253 *
(eħ/2Mp)
The
experimental value is + 2.79284 * (eħ/2Mp)
(W.-M.
Yao, et al., J. Phys. G 33 (2006))
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Copyright : Benoît PRIEUR; Contact:
bubblestheory at gmail.com
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