7. Discover the Mechanism of the Nuclear Decay (Weak) Force

∙ The electron consists of a neutrino (whose energy divided by is the electron mass) which has three path components.

• Inertial path – spiral path with radius to balance centrifugal and thrust forces.
• Electrostatic path – spiral path size larger than the inertial spiral to produce electrostatic field
• Angular momentum path – circular path with spiral on spiral to produce electron angular momentum .

∙ Neutron is proton combined with electron which has a collapsed circular path.

∙ Nuclear decay occurs when the proton neutrino flow output at velocity is aligned precisely to drive the electron neutrino to the Bohr radius .

∙ The strength ratio of the weak to strong interaction is the square of the nucleon radius divided by the Bohr radius .