Coherent Magnonics for Quantum Information Science

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The topic of Prof. Flatté’s lecture is “Coherent Magnonics for Quantum Information Science.”  This lecture introduces the fundamental requirements for practically linking quantum objects into large-scale coherent quantum systems as well as the advantages of coherent magnonics for next-generation quantum coherent systems (i.e., spin-entangling quantum gates).


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  • Date: 18 Nov 2022
  • Time: 01:00 PM to 01:55 PM
  • All times are (UTC-06:00) Central Time (US & Canada)
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Michael Flatté

Topic:

Coherent Magnonics for Quantum Information Science

The Distinguished Lecturer program supports the presentation of ~20 invited lectures at conferences, institutions, and IEEE chapters over the course of a year. The topic of Flatté’s lecture is “Coherent Magnonics for Quantum Information Science.”  This lecture introduces the fundamental requirements for practically linking quantum objects into large-scale coherent quantum systems as well as the advantages of coherent magnonics for next-generation quantum coherent systems (i.e., spin-entangling quantum gates).

The main aim of the IEEE Magnetics Society Distinguished Lecturer Program is to inspire and enthuse, especially young researchers, entering a career in magnetics. Distinguished Lecturers are selected based on excellence in the field of magnetics, both in research and for their important contributions in developing the applied/technical aspects of magnetics.