Posted earlier:
>
> I'll stick my neck out further yet, and claim that a direct hit of a Proton by a Gamma Photon
> with energy equal to ( or ) greater than 1.02 MeV can create a Permanent Pair "Inside" The Proton
> without altering it's Mass, Charge, or Spin, but only it's Radius.
>
Three "Quark" ( three disk/loop) Proton, 936 Mev mass/energy:
- - - - - -> +e spin 1/2 cw 312 MeV Initial R = kq^2/E = 1.55e-18
<- - - - - - -e spin 1/2 ccw 312 MeV
- - - - - -> + e spin 1/2 cw 312 MeV
Net Charge + e Net Spin 1/2 cw 936 MeV Magnetic Moment, e*hbar/2M
1.02 Mev - 2.0 MeV Gamma Photon Internally-Created Positronium Pair:
- - - - - -> +e spin 1/2 cw 0.510 MeV Initial R = kq^2/E = 2.82e-15
<- - - - - - -e spin 1/2 ccw 0.510 MeV
Net Charge 0.0 Net Spin 0.0 1.02 MeV
Combined Proton Positronium, Five "Quark" Proton:
- - - - -> +e Spin 1/2 cw 200 MeV Final R = kq^2/E = 7.2e-18
<- - - - - -e Spin 1/2 ccw 200 MeV
- - - - -> +e Spin 1/2 cw 200 MeV
<- - - - - -e Spin 1/2 ccw 156 MeV Final R = kq^2/E = 9.23e-18
- - - - -> +e Spin 1/2 cw 156 MeV
Net Charge +e Net Spin 1/2 cw 936 MeV Magnetic Moment, e*hbar/2M
Same game for the Neutron-Deuteron.
As I see it, the more you smash them together in a super collider
the more quarks you get. :-)
Frederick
