High-resolution spectroscopy on Tm+ ions maps optical cycling transitions and characterizes a metastable state as a qubit candidate with kHz-precision hyperfine data.
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A software protocol measures and corrects trigger-synchronous coherent errors in trapped-ion qubits and qudits by updating control frequency and phase, raising single-qubit gate fidelity to 99.93(1)% and 16-level qudit algorithm success from 10(7)% to 70(9)%.
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Hyperfine spectroscopy of optical-cycling transitions in singly ionized thulium
High-resolution spectroscopy on Tm+ ions maps optical cycling transitions and characterizes a metastable state as a qubit candidate with kHz-precision hyperfine data.
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Software compensation of trigger-synchronous control-frame errors in qubits and qudits
A software protocol measures and corrects trigger-synchronous coherent errors in trapped-ion qubits and qudits by updating control frequency and phase, raising single-qubit gate fidelity to 99.93(1)% and 16-level qudit algorithm success from 10(7)% to 70(9)%.