How large is the “natural” magnetic moment?

How large is the "natural" magnetic moment?

The “natural” magnetic moment of a particle of spin S is generally assumed to be that given by the Belinfante conjecture and has the value g = 1/S for its gyromagnetic ratio. Thus, for the spin 1/2 electron we find the Dirac value ge = 2. However, in the standard model the charged W boson, a spin one particle, is found to have the value gW+ = 2. We show how this result comes about and argue tha...

How Large is the “ Natural ” Magnetic Moment ? Barry R . Holstein

The “natural” magnetic moment of a particle of spin S is generally assumed to be that given by the Belinfante conjecture and has the value g = 1/S for its gyromagnetic ratio. Thus, for the spin 1/2 electron we find the Dirac value ge = 2. However, in the standard model the charged W boson, a spin one particle, is found to have the value gW+ = 2. We show how this result comes about and argue tha...

v 1 1 4 Ju l 2 00 6 How Large is the “ Natural ” Magnetic Moment ?

The “natural” magnetic moment of a particle of spin S is generally assumed to be that given by the Belinfante conjecture and has the value g = 1/S for its gyromagnetic ratio. Thus, for the spin 1/2 electron we find the Dirac value ge = 2. However, in the standard model the charged W boson, a spin one particle, is found to have the value gW+ = 2. We show how this result comes about and argue tha...

X iv : h ep - p h / 06 07 18 7 v 1 1 7 Ju l 2 00 6 How Large is the “ Natural ” Magnetic Moment ?

The “natural” magnetic moment of a particle of spin S is generally assumed to be that given by the Belinfante conjecture and has the value g = 1/S for its gyromagnetic ratio. Thus, for the spin 1/2 electron we find the Dirac value ge = 2. However, in the standard model the charged W boson, a spin one particle, is found to have the value gW+ = 2. We show how this result comes about and argue tha...

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