State-selective detection of ultracold rubidium molecules in high vibrational levels of the X 1∑ g + ground state

Huang Y.; Kim H.; Qi J.; Wang D.; Eyler E.E.; Gould P.L.; Stwalley W.C.

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State-selective detection of ultracold rubidium molecules in high vibrational levels of the X 1∑ g + ground state

Huang Y., Kim H., Qi J., Wang D., Eyler E.E., Gould P.L. and Stwalley W.C.

Quantum Electronics and Laser Science Conference (QELS), Vol.1, pp.520-522

2005

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We report on state-selective detection of ultracold ground-state rubidium molecules in very high vibrational levels. Resonant two-photon ionization spectra obtained with a pulsed 600 nm laser are analyzed to identify the absolute vibrational quantum numbers. © 2004 Optical Society of America.

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Title: State-selective detection of ultracold rubidium molecules in high vibrational levels of the X 1∑ g + ground state
Creators - without role: Huang Y.
Kim H.
Qi J.
Wang D.
Eyler E.E.
Gould P.L.
Stwalley W.C.
Identifiers: 1557527962; 9781557527967; 9957775982506774
Academic Unit: National Tsing Hua University
Language: English
Resource Type: Conference paper
Publication Details: Quantum Electronics and Laser Science Conference (QELS), Vol.1, pp.520-522

State-selective detection of ultracold rubidium molecules in high vibrational levels of the X 1∑ g + ground state

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