Quantum Control
Theory and algorithms to steer the dynamics of quantum systems for a wide range of quantum technologies, robust quantum control, quantum process tomography, and quantum information transfer in spin networks.
Projects with this topic
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Toolbox for analyzing (and optionally synthesizing) piecewise-constant coherent gate controllers under scalar structured Hamiltonian perturbations, accompanying the paper Fidelity-Based Robustness Margins for Finite-Time Quantum Control.
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Monte Carlo robustness analysis of static controllers obtained using various gradient and gradient-free control algorithms.
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Code to compare log sensitivity and RIM robustness measures of energy landscape controllers. Results of running this code are at https://qyber.black/spinnet/results-robustness-of-energy-landscape-control-sensitivity-vs-rim
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