1. Designer atomic qubits
Individually addressable, long-lived qubits with tailorable spin, optical and electrical properties are fundamental to building future quantum machines. We use an atom-up approach for atomic precision control of the creation, design, and manipulation of individual qubit in solids. We are particularly interested in wafer-scale manufacturing of atomic qubits that will enable next generation quantum systems.
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S. Gupta, Y. Huang, S. Liu, Y. Pei, N. Tomm, R. Warburton, T. Zhong, "Dual epitaxial telecom spin-photon interfaces with correlated long-lived coherence," arXiv: 2310.07120 (2024).
E. Poem, S. Gupta, I. Morris, K. Klink, L. Singh, T. Zhong, J. N. Becker, and O. Firstenberg, "Transition metal ion ensembles in crystals as solid-state coherent spin-photon interfaces: The case of nickel in magnesium oxide," PRX Quantum 4, 030329 (2023).