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- W3099339423 abstract "In order to achieve the high-fidelity quantum control needed for a broad range of quantum information technologies, reducing the effects of noise and system inhomogeneities is an essential task. It is well known that a system can be decoupled from noise or made insensitive to inhomogeneous dephasing dynamically by using carefully designed pulse sequences based on square or delta-function waveforms such as Hahn spin echo or CPMG. However, such ideal pulses are often challenging to implement experimentally with high fidelity. Here, we uncover a new geometrical framework for visualizing all possible driving fields, which enables one to generate an unlimited number of smooth, experimentally feasible pulses that perform dynamical decoupling or dynamically corrected gates to arbitrarily high order. We demonstrate that this scheme can significantly enhance the fidelity of single-qubit operations in the presence of noise and when realistic limitations on pulse rise times and amplitudes are taken into account." @default.
- W3099339423 created "2020-11-23" @default.
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- W3099339423 date "2018-03-27" @default.
- W3099339423 modified "2023-09-24" @default.
- W3099339423 title "General solution to inhomogeneous dephasing and smooth pulse dynamical decoupling" @default.
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- W3099339423 doi "https://doi.org/10.1088/1367-2630/aaafe9" @default.
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