Presentation
Collisional Molecular Orientation Transfer in Polarization Spectra of the A1Σ+state of 85Rb2 and Cs2 Dimers
American Physical Society Division of Atomic, Molecular, and Optical Physics
(2010)
Abstract
There is significant interest in the lowest excited states of the heavy alkali dimers since they serve as intermediaries in the excitation to higher levels and in the production of ultracold ground state molecules. We have observed a large number of rovibrational levels of the A-b complex in 85Rb2 and Cs2 using V-type optical-optical double resonance polarization spectroscopy with a circularly polarized pump laser and a linearly polarized separate probe laser. In addition to the R, Pdoublets, expected from a single pump laser lower level, we have observed orientation transfer based probe laser signals from a large number of collisionally populated rotational levels. Despite the complex collisional processes occurring in the system, satellite lines with significant difference in the rotational quantum number from the main lines (up to ∆J = 52 in 85Rb2) are present in the recorded spectra. The measurements were performed using a heatpipe oven.
Disciplines
Publication Date
May 26, 2010
Location
Houston, TX, US
Citation Information
Seth T Ashman, Jianmei Bai, Bediha Beser, Ergin Ahmed, et al.. "Collisional Molecular Orientation Transfer in Polarization Spectra of the A1Σ+state of 85Rb2 and Cs2 Dimers" American Physical Society Division of Atomic, Molecular, and Optical Physics (2010) Available at: http://works.bepress.com/seth-ashman/21/