Global Analysis of Data on the Spin-Orbit Coupled $A^{1}\Sigma_{u}^{+}$ and $b^{3}\Pi_{u}$ States of Cs$_{2}$

POSTER

Abstract

Experimental data from Orsay, Tsinghua, Temple, Innsbruck and Riga on the A and b states of Cs$_{2}$ have been modeled so as to extract potential curves and spin-orbit coupling functions.\footnote{J. Bai et al., accepted for publication in PRA.} The fitted term values are relevant for the production of cold Cs$_{2}$ ground state molecules from cold Cs atoms or from Feshbach resonance states.

*Supported by NSF, AFOSR, NSFC of China, and the Russian Foundation for Basic Research.

Authors

  • T. Bergeman

    • SUNY Stony Brook
  • H. Salami

    • SUNY Stony Brook
  • Jianmei Bai

    • Temple U.
  • E.H. Ahmed

    • Temple U.
  • B. Beser

    • Temple U.
  • Y. Guan

    • Temple U.
  • S. Kotochigova

    • Temple U.
  • A.M. Lyyra

    • Temple U.
  • S. Ashman

    • Lehigh U.
  • C.M. Wolfe

    • Lehigh U.
  • J. Huennekens

    • Lehigh U.
  • F. Xie

    • Tsinghua U.
  • D. Li

    • Tsinghua U.
  • Li Li

    • Tsinghua U.
  • M. Tamanis

    • U. of Latvia, Riga
  • R. Ferber

    • U. of Latvia, Riga
  • A. Drozdova

    • Moscow State U.
  • E. Pazyuk

    • Moscow State U.
  • A.V. Stolyarov

    • Moscow State U.
  • J.G. Danzl

    • U. Innsbruck
  • H.-C. N\"{a}gerl

    • U. Innsbruck
  • N. Bouloufa

    • U. Paris-Sud, Orsay
  • O. Dulieu

    • U. Paris-Sud, Orsay
  • C. Amiot

    • U. Paris-Sud, Orsay