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Performance of a feedback-controlled, deterministic source of single Cr atoms

Published

Author(s)

S Hill, Jabez J. McClelland

Abstract

A magneto-optic trap with feedback-controlled loading and loss rates is used to realize a deterministic source of single Cr atoms with single-atom occupation probability as high as 0.987 plus or minus} 0.001. We present a series of measurements of the performance of this source and discuss the dependence of the probability of not having a single atom in the trap (error rate) on experimental parameters. We describe a simple analytical model that considers mean load rate, trap lifetime, stray load rate, and feedback response time, and also present results of Monte Carlo calculations that take into account all experimental conditions. We find that the analytical model describes the behavior well for error rates as small as about 0.03, but the Monte Carlo simulations must be used to model behavior at error rates lower than this, as the occupation probability approaches unity.
Citation
Journal of the Optical Society of America B-Optical Physics
Volume
21
Issue
3

Keywords

atom-by-atom doping, laser cooling atom manipulation, magneto-optical trap, nanotechnology, quantum information processing, single atoms

Citation

Hill, S. and McClelland, J. (2004), Performance of a feedback-controlled, deterministic source of single Cr atoms, Journal of the Optical Society of America B-Optical Physics (Accessed May 23, 2024)

Issues

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Created February 29, 2004, Updated October 12, 2021