sf.apps.qchem.vibronic.VibronicTransition¶
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VibronicTransition
(U1, r, U2, alpha)[source]¶ An operation for applying the Doktorov operator \(\hat{U}_{\text{Dok}} = \hat{D}({\alpha}) \hat{R}(U_2) \hat{S}({r}) \hat{R}(U_1)\) on a given state.
The Doktorov operator describes the transformation between the initial and the final vibronic states of a molecule when it undergoes a vibronic transition.
Example usage:
>>> modes = 2 >>> p = sf.Program(modes) >>> with p.context as q: ... VibronicTransition(U1, r, U2, alpha) | q
- Parameters
U1 (array) – unitary matrix for the first interferometer
r (array) – squeezing parameters
U2 (array) – unitary matrix for the second interferometer
alpha (array) – displacement parameters
code/api/api/strawberryfields.apps.qchem.vibronic.VibronicTransition
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