A push-pull objective, using the target plus orthogonal operators, improves convergence and fidelity of GRAPE and Krotov quantum control, demonstrated numerically and in an NMR singlet-order experiment.
PP-GRAPE and PP-Krotov algorithms were run for var- ious sizes of orthogonal sets (L∈ [1, 15] with push weight α = 0.2) and compared with the pull-only (L = 0) results (Fig
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Push-Pull Optimization of Quantum Controls
A push-pull objective, using the target plus orthogonal operators, improves convergence and fidelity of GRAPE and Krotov quantum control, demonstrated numerically and in an NMR singlet-order experiment.