qspec.c_dipole  (  i ,  j_i ,  f_i ,  m_i ,  j_u ,  f_u ,  j_f ,  f_f ,  m_f ,  theta_l ,  scatter_pol ,  as_sympy = False  )[source]

Parameters:

isympy_quant

The nuclear spin quantum number I.

j_isympy_quant

The electronic total angular momentum quantum number J of the initial lower state.

f_isympy_quant

The total angular momentum quantum number F of the initial lower state.

m_isympy_quant

The z-projection quantum number m of the total angular moment of the initial lower state

j_usympy_quant

The electronic total angular momentum quantum number J of the intermediate upper state.

f_usympy_quant

The total angular momentum quantum number F of the intermediate upper state.

j_fsympy_quant

The electronic total angular momentum quantum number J of the final lower state.

f_fsympy_quant

The total angular momentum quantum number F of the final lower state.

m_fsympy_quant

The z-projection quantum number m of the total angular moment of the final lower state.

theta_lsympy_like

The angle between the electric field of the linear laser polarisation and the direction of detection.

scatter_polstr

The label for the two orthogonal polarizations of the scattered light. Can be either 'x' or anything else.

as_sympybool

Whether to return the result as a sympy type.

Returns:

outsympy_core | float

The transition dipole element C_{i->f}^{F'} as defined in [Brown et al., Phys. Rev. A 87, 032504 (2013)].