Under the supervision of Argonne staff scientists, engineers, postdoctoral researchers and graduate students, the SULI student will build and implement an interferometer for analyzing the noise spectrum of frequency-stabilized lasers. Controlling the noise spectrum of lasers is extremely important for performing high fidelity qubit operations. The student will build the optical and electronic systems necessary to perform laser spectral analysis and implement laser feedback or feed-forward systems to reduce noise. The student’s measurements will be paired with qubit operation results to determine the effect of reduced noise on operation fidelity. This work will result in improved performance for quantum simulation and networking projects currently underway using optical tweezer arrays of neutral ytterbium atoms. We expect that the student’s work will contribute to a manuscript we plan to submit for publication.
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Job Type
Full-time
Career Level
Intern
Education Level
No Education Listed