13. Electron-positron pair annihilation
From discussions of the previous sections, we can come up
with a plausible scenario for pair annihilation. When electron
and positron meet, many processes happen. First their environement.
The two De Broglie associated waves cancel each other as two momentum
of opposite direction(13.a). Their different speed of approach will
become one and the same as the opposite electric charges attraction will
even their difference(13.b), permitting an exact associated waves
cancellation(13.c). Then, The two curled up gamma rays will mix in one
short lived entity(13.d), just to emerge as opposite going linear
gamma rays(13.e). We may expect some sort of delay in this short
life of mixing in the event where the two particles meet with
same spins as seen face to face, because they both have angular
momentum in the same direction(13.f) This going from angular
(our material reality) to linear (real universe) with 2Pi is
conveniently placed in most quantum equations(13.g)
fig 13.1 two particles meeting with De Broglie waves
fig 13.2 mixing state
fig 13.3 two gamma emerge
