Experimental progress towards quantum control of strontium qudits
POSTER
Abstract
Neutral atom quantum computing leveraging Rydberg physics has made some significant advances recently. Successes with long coherence times, fast entangling gates, and nuclear spin qubits have renewed interest in this sub-field of quantum information science. In this vein, we report on our ongoing experimental efforts to realize a strontium Rydberg system controlled with a novel quantum control scheme. We will present our progress on the apparatus and our techniques for transporting and trapping cold strontium atoms using active optics. We will also detail our novel technique for quantum control using the 10-dimensional nuclear spin state space of strontium 87.
Presenters
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Eric J Meier
Los Alamos National Laboratory
Authors
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Eric J Meier
Los Alamos National Laboratory
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Leonardo de Melo
Los Alamos National Laboratory
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Hari P Lamsal
Los Alamos National Laboratory
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Thomas M Bersano
Los Alamos National Laboratory
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Enrique A Segura Carrillo
Los Alamos National Laboratory, University of Colorado Boulder
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Andrew K Harter
Los Alamos National Laboratory
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Sivaprasad T Omanakuttan
University of New Mexico
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Anupam Mitra
University of New Mexico
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Ivan H Deutsch
University of New Mexico, The University of New Mexico
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Malcolm G Boshier
Los Alamos Natl Lab, Los Alamos National Laboratory
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Michael J Martin
Los Alamos National Laboratory