RydbergState

Class Methods

`__init__`(species, n, l[, j_tot, s_tot, m])	Initialize the Rydberg state.
`calc_angular_matrix_element`(other, operator, ...)	Calculate the dimensionless angular matrix element.
`calc_matrix_element`(other, operator, ...[, unit])	Calculate the matrix element.
`calc_radial_matrix_element`(other, k_radial)
`copy`()	Create a copy of the Rydberg state.
`create_element`(*[, use_nist_data])	Create the element for the Rydberg state.
`create_grid`([x_min, x_max, dz])	Create the grid object for the integration of the radial Schrödinger equation.
`create_model`([potential_type])	Create the model for the Rydberg state.
`create_wavefunction`([method, ...])
`get_black_body_transition_rates`(temperature)	Calculate the black body transition rates for the Rydberg state.
`get_energy`([unit])
`get_label`(fmt)	Label representing the ket.
`get_lifetime`([temperature, ...])	Calculate the lifetime of the Rydberg state.
`get_n_star`()	Calculate the effective quantum number n* for the Rydberg state.
`get_spontaneous_transition_rates`([unit, method])	Calculate the spontaneous transition rates for the Rydberg state.
`sanity_check`()	Check that the quantum numbers are valid.

Class Attributes and Properties

`element`	The element of the Rydberg state.
`grid`	The grid object for the integration of the radial Schrödinger equation.
`model`
`w_list`	The list of w values for the wavefunction.
`wavefunction`
`z_list`	The list of z values for the grid.
`n`
`species`
`l`