PRACQSYS 2018: Principles and Applications of Control in Quantum Systems

Collection PRACQSYS 2018: Principles and Applications of Control in Quantum Systems

Organizer(s) Brion, Etienne ; Diamanti, Eleni ; Ourjoumtsev, Alexei ; Rouchon, Pierre

Date(s) 02/07/2018 - 06/07/2018

linked URL https://sites.google.com/view/mcqs2018/pracqsys-2018

00:00:00 / 00:00:00

10 29

Fast, high fidelity control in spectrally crowded systems

By Sophia Economou

Quantum information technologies rely crucially on the ability to control quantum systems with unprecedented accuracy. There are inherent challenges in achieving such a high degree of control, among which is the competition between selectivity (leading to slow control) and decoherence (requiring fast control). This effect is even more pronounced in multiqubit systems, where there is an additional competition between the need for strong enough interactions to achieve entangling operations and the requirement that the qubits are isolated enough and well-defined. I will present our ideas on addressing these challenges, which is based mostly on analytical approaches, and will show explicit results for superconducting qubit systems.

Information about the video

Date of recording 03/07/2018
Date of publication 10/07/2018
Institution IHP
Licence CC BY-NC-ND
Format MP4

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All the collection videos

58:55

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56:30

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Fast, high fidelity control in spectrally crowded systems

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57:51

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published on July 16, 2018

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By Franco Fagnola

51:15

published on July 16, 2018

Quantum feedback for measurement and control

By Leigh Martin

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