ARGUMENT
0723
BROUGHT
FORWARD:
- ARGUMENT
0722: Adjacent electrons and antielectrons can annihilate.
REASONING:
- Annihilation
is the breaking up electrons and/or antielectrons.
- The
breaking up of electrons/antielectrons, requires that the component
quarks are given a velocity and vector that enables vergence
velocity to exceed escape velocity.
- Quarks
are understable blackholes, held in that condition within the
electron/antielectron by the strong force.
- Once
the structure of the electron/antielectron is broken, the
understable blackholes will attempt to stabilise.
- Centrifugal
quarks are able to stabilise as photons.
- Axial
quarks are of lower mass and can stabilise as photons, neutrinos,
blackholes, or they can dissipate.
CONCLUSION:
- When
electrons/antielectrons annihilate, their component quarks
(understable blackholes) either stabilise as photons,
neutrinos, or blackholes - or they dissipate.
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