A most-likely noise path control strategy for qubit state preparation under dephasing achieves higher success rates than mean-path methods while the latter maximize average fidelity.
(B1c) and the two constraints ξ =−2gκpxy + 2gκpyx, (B2a) pyz =pzy, (B2b) where we have dropped the time argument from all vari- ables for simplicity
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Quantum state-preparation control in noisy environment via most-likely paths
A most-likely noise path control strategy for qubit state preparation under dephasing achieves higher success rates than mean-path methods while the latter maximize average fidelity.