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Coherent Quantum Fourier Transform Using 3-Qubit Conditional Gates and Ultrasensitive Magnetometry with RF-Driven Trapped Ions. | Alex Retzker's Group

Coherent Quantum Fourier Transform Using 3-Qubit Conditional Gates and Ultrasensitive Magnetometry with RF-Driven Trapped Ions.

Citation:

I Baumgart, Cai, JM , Ivanov, SS , Piltz, C, Plenio, MB , Retzker, A, Sriarunothai, T, Wolk, S, and Wunderlich, C. 4/5/2017. “Coherent Quantum Fourier Transform Using 3-Qubit Conditional Gates And Ultrasensitive Magnetometry With Rf-Driven Trapped Ions.”. 2017 Conference On Lasers And Electro-Optics (Cleo). https://doi.org/10.1364/QIM.4/5/2017. QW6A.5. Publisher's Version

Abstract:

Using long-range magnetic gradient induced coupling between three effective spins, a coherent QFT is efficiently realized with trapped Yb+ ions. With a single Yb+ ion, RF magnetic fields are measured close to the quantum limit.
2017
Last updated on 07/04/2021