An Er3+ spin sensor in CaWO4 measures the hyperfine NMR spectrum of a single 93Nb nuclear spin-9/2 with Hertz resolution, determining its site, position, quadrupolar tensor, and two new terms in the spin Hamiltonian.
URL http://arxiv.org/abs/2405.15494
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A framework using synthetic circuits improves randomized benchmarking sample efficiency for reducible representations, showing over 100x advantage for SU(2)-symmetric high-spin systems versus character RB.
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Precision hyperfine spectroscopy of an individual nuclear-spin-9/2
An Er3+ spin sensor in CaWO4 measures the hyperfine NMR spectrum of a single 93Nb nuclear spin-9/2 with Hertz resolution, determining its site, position, quadrupolar tensor, and two new terms in the spin Hamiltonian.
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Randomized Benchmarking with Synthetic Quantum Circuits
A framework using synthetic circuits improves randomized benchmarking sample efficiency for reducible representations, showing over 100x advantage for SU(2)-symmetric high-spin systems versus character RB.