High-resolution, high-accuracy spectroscopy of trapped ions

Details High-resolution, high-accuracy spectroscopy of trapped ions High-resolution, high-accuracy spectroscopy of trapped ions

Jun 1999

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1999aipc..477...29b&link_type=abstract

The sixteenth international conference on atomic physics. AIP Conference Proceedings, Volume 477, pp. 29-41 (1999).

Physics

Atomic Physics

1

Radio-Frequency, Microwave, And Infrared Spectra

Scientific paper

Microwave spectroscopy using trapped and cooled ions can achieve precision and accuracy comparable to the best cesium frequency standards. We discuss standards based on 199Hg+ ions trapped in linear Paul traps: the Jet Propulsion Laboratory (JPL) standard, which uses up to 107 atoms confined near the trap axis, and the recently evaluated NIST standard, which uses approximately ten ions laser cooled and crystalized on the trap axis. We consider future directions in trapped ion frequency standard work, including the use of entangled states for achieving higher precision, and progress on trapped ion optical frequency standards. Finally, we discuss scientific and technical applications of extremely stable frequency standards.

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