- #1
kimcj
- 15
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(1) electron = left chiral . anti electron = right chiral. positron = left chiral. anti positron = right chiral. So scalar couples L and R chiral fermion fields.
(2)electron = left chiral . anti electron = right chiral. positron = right chiral. anti positron = left chiral. So scalar conserves chirality.Im pretty sure 1 is right. However in flip tanedos article he says that the anti positron has left chirality...
Is 1 right??
Im definate that (1) is right. However in flip tanedos 'feynman diagrams for undergrads- helicity chirality and the mass' has some confusing phrases saying that the anti positron is left chiral...
Is (1) right??
(2)electron = left chiral . anti electron = right chiral. positron = right chiral. anti positron = left chiral. So scalar conserves chirality.Im pretty sure 1 is right. However in flip tanedos article he says that the anti positron has left chirality...
Is 1 right??
Im definate that (1) is right. However in flip tanedos 'feynman diagrams for undergrads- helicity chirality and the mass' has some confusing phrases saying that the anti positron is left chiral...
Is (1) right??