Optical double resonance photoassociation spectroscopy of ground state rubidium

R. S. Freeland, Chin-Chun Tsai, D. J. Heinzen, J. Vogels, H. M J M Boesten, B. J. Verhaar

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Abstract

Ground state atomic interactions are important to the physics of the gaseous Bose-Einstein condensate (BOC), in particular, the magnitude and sign of the scattering length determine the stability and the properties of the BEC. The Rb triplet scattering length was determined and the interactions that involves mixed singlet and triplet are important to Rb double condensate. Single-photon photoassociation experiments in ultracold Rb determined triplet parameters. Photoassociation is a method of spectroscopy based on optical transitions induced by probe laser on pairs of colliding atoms. A double resonance experiment that directly determines the highest Rb ground bound state transitions including both triplet and singlet character is presented.

Original languageEnglish
Title of host publicationConference on Quantum Electronics and Laser Science (QELS) - Technical Digest Series
Editors Anon
PublisherIEEE
Pages84-85
Number of pages2
Volume12
Publication statusPublished - 1997
EventProceedings of the 1997 Conference on Quantum Electronics and Laser Science, QELS - Baltimore, MD, USA
Duration: 1997 May 181997 May 23

Other

OtherProceedings of the 1997 Conference on Quantum Electronics and Laser Science, QELS
CityBaltimore, MD, USA
Period97-05-1897-05-23

Fingerprint

rubidium
atomic interactions
ground state
scattering
Bose-Einstein condensates
optical transition
spectroscopy
condensates
physics
probes
photons
lasers
atoms
interactions

All Science Journal Classification (ASJC) codes

  • Physics and Astronomy(all)

Cite this

Freeland, R. S., Tsai, C-C., Heinzen, D. J., Vogels, J., Boesten, H. M. J. M., & Verhaar, B. J. (1997). Optical double resonance photoassociation spectroscopy of ground state rubidium. In Anon (Ed.), Conference on Quantum Electronics and Laser Science (QELS) - Technical Digest Series (Vol. 12, pp. 84-85). IEEE.
Freeland, R. S. ; Tsai, Chin-Chun ; Heinzen, D. J. ; Vogels, J. ; Boesten, H. M J M ; Verhaar, B. J. / Optical double resonance photoassociation spectroscopy of ground state rubidium. Conference on Quantum Electronics and Laser Science (QELS) - Technical Digest Series. editor / Anon. Vol. 12 IEEE, 1997. pp. 84-85
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title = "Optical double resonance photoassociation spectroscopy of ground state rubidium",
abstract = "Ground state atomic interactions are important to the physics of the gaseous Bose-Einstein condensate (BOC), in particular, the magnitude and sign of the scattering length determine the stability and the properties of the BEC. The Rb triplet scattering length was determined and the interactions that involves mixed singlet and triplet are important to Rb double condensate. Single-photon photoassociation experiments in ultracold Rb determined triplet parameters. Photoassociation is a method of spectroscopy based on optical transitions induced by probe laser on pairs of colliding atoms. A double resonance experiment that directly determines the highest Rb ground bound state transitions including both triplet and singlet character is presented.",
author = "Freeland, {R. S.} and Chin-Chun Tsai and Heinzen, {D. J.} and J. Vogels and Boesten, {H. M J M} and Verhaar, {B. J.}",
year = "1997",
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Freeland, RS, Tsai, C-C, Heinzen, DJ, Vogels, J, Boesten, HMJM & Verhaar, BJ 1997, Optical double resonance photoassociation spectroscopy of ground state rubidium. in Anon (ed.), Conference on Quantum Electronics and Laser Science (QELS) - Technical Digest Series. vol. 12, IEEE, pp. 84-85, Proceedings of the 1997 Conference on Quantum Electronics and Laser Science, QELS, Baltimore, MD, USA, 97-05-18.

Optical double resonance photoassociation spectroscopy of ground state rubidium. / Freeland, R. S.; Tsai, Chin-Chun; Heinzen, D. J.; Vogels, J.; Boesten, H. M J M; Verhaar, B. J.

Conference on Quantum Electronics and Laser Science (QELS) - Technical Digest Series. ed. / Anon. Vol. 12 IEEE, 1997. p. 84-85.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

TY - GEN

T1 - Optical double resonance photoassociation spectroscopy of ground state rubidium

AU - Freeland, R. S.

AU - Tsai, Chin-Chun

AU - Heinzen, D. J.

AU - Vogels, J.

AU - Boesten, H. M J M

AU - Verhaar, B. J.

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N2 - Ground state atomic interactions are important to the physics of the gaseous Bose-Einstein condensate (BOC), in particular, the magnitude and sign of the scattering length determine the stability and the properties of the BEC. The Rb triplet scattering length was determined and the interactions that involves mixed singlet and triplet are important to Rb double condensate. Single-photon photoassociation experiments in ultracold Rb determined triplet parameters. Photoassociation is a method of spectroscopy based on optical transitions induced by probe laser on pairs of colliding atoms. A double resonance experiment that directly determines the highest Rb ground bound state transitions including both triplet and singlet character is presented.

AB - Ground state atomic interactions are important to the physics of the gaseous Bose-Einstein condensate (BOC), in particular, the magnitude and sign of the scattering length determine the stability and the properties of the BEC. The Rb triplet scattering length was determined and the interactions that involves mixed singlet and triplet are important to Rb double condensate. Single-photon photoassociation experiments in ultracold Rb determined triplet parameters. Photoassociation is a method of spectroscopy based on optical transitions induced by probe laser on pairs of colliding atoms. A double resonance experiment that directly determines the highest Rb ground bound state transitions including both triplet and singlet character is presented.

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Freeland RS, Tsai C-C, Heinzen DJ, Vogels J, Boesten HMJM, Verhaar BJ. Optical double resonance photoassociation spectroscopy of ground state rubidium. In Anon, editor, Conference on Quantum Electronics and Laser Science (QELS) - Technical Digest Series. Vol. 12. IEEE. 1997. p. 84-85