gyromagnetic_anomaly

[DavidSagan]

Suggested names:

gyromagnetic_anomaly - For (g_spin-2)/2
g_spin - For 2*m * mu / (q * S) where m is the particle mass and mu is the magnetic moment.
g_nuclear - For 2* m_p / (e * S) where m_p is the proton mass.

[rot4te]

the magnetic moment \mu here is not already defined for arbitrary particles in the package; should it be?
I'm currently defining g_spin in terms of gyromagnetic_anomaly, which seems a little circular.

[rot4te]

Having some trouble getting the magnetic moments from NIST to load; once I figure it out I have functions to generate the g factors and gyromagnetic anomalies ready to go

[rot4te]

Magnetic moments for all the subatomic particles are implemented; is there a preferred way to get the overall magnetic moment for an arbitrary charge state of an atom?

[dtabell]

I do not know about this. I imagine the presence of the electrons quite complicates matters. So much so that I would avoid this for now. If we have an expert (I can ask Des) then we might move forward on atomic nuclei that are not fully stripped.

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