arc.alkali_atom_functions.AlkaliAtom.getSaturationIntensity#
- AlkaliAtom.getSaturationIntensity(ng, lg, jg, fg, mfg, ne, le, je, fe, mfe, s=0.5)[source]#
Saturation Intensity \(I_\mathrm{sat}\) for transition \(\vert j_g,f_g,m_{f_g}\rangle\rightarrow\vert j_e,f_e,m_{f_e}\rangle\) in units of \(\mathrm{W}/\mathrm{m}^2\).
\(I_\mathrm{sat} = \frac{c\epsilon_0\Gamma^2\hbar^2}{4\vert \epsilon_q\cdot\mathrm{d}\vert^2}\)
- Parameters
ng – total orbital, fine basis (total atomic) angular momentum, and projection of total angular momentum for ground state
lg – total orbital, fine basis (total atomic) angular momentum, and projection of total angular momentum for ground state
jg – total orbital, fine basis (total atomic) angular momentum, and projection of total angular momentum for ground state
fg – total orbital, fine basis (total atomic) angular momentum, and projection of total angular momentum for ground state
mfg – total orbital, fine basis (total atomic) angular momentum, and projection of total angular momentum for ground state
ne – total orbital, fine basis (total atomic) angular momentum,
le – total orbital, fine basis (total atomic) angular momentum,
je – total orbital, fine basis (total atomic) angular momentum,
fe – total orbital, fine basis (total atomic) angular momentum,
mfe – total orbital, fine basis (total atomic) angular momentum,
state (and projection of total angular momentum for excited) –
s (float) – optional, total spin angular momentum of state. By default 0.5 for Alkali atoms.
- Returns
Saturation Intensity in units of \(\mathrm{W}/\mathrm{m}^2\)
- Return type