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Adaptive Quantum Circuits
Prof. Daniel Lidar
USC
Characterizing and suppressing noise in superconducting qubits and qudits
Abstract
This talk will address efficient noise characterization and multilevel noise suppression. In the first part, I will present our recent work on Deterministic Benchmarking, an efficient noise characterization method that captures coherent errors beyond standard stochastic error models. In the second part I will discuss dynamical decoupling for qutrits and higher multilevel systems. The results will be illustrated using transmon qubit experiments.
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