Except that an electron cannot have spin-0 that would imply a total loss of angular momentum, and E =Lw^2 so E would equal 0 and the electron would cease to exist which would then v*****e conservation of mass. Other than that, that is the gust of quantum entanglement.
Except that an electron cannot have spin-0 that would imply a total loss of angular momentum, and E =Lw^2 so E would equal 0 and the electron would cease to exist which would then v*****e conservation of mass. Other than that, that is the gust of quantum entanglement.