Ultracold metastable RbCs molecules are observed in a double species MOT
through photoassociation near the Rb(5S$_1/2$)+Cs(6P$_3/2$) dissociation
limit followed by radiative stabilization. The molecules are formed in their
lowest triplet electronic state and are detected by resonant enhanced
two-photon ionization through the previously unobserved $(3)^3\Pi łeftarrow
a^3\Sigma^+$ band. The large rotational structure of the observed
photoassociation lines is assigned to the lowest vibrational levels of the
$0^+,0^-$ excited states correlated to the Rb(5P$_1/2$)+Cs(6S$_1/2$)
dissociation limit. This demonstrates the possibility to induce direct
photoassociation in heteronuclear alkali-metal molecules at short internuclear
distance, as pointed out in J. Deiglmayr et al., Phys. Rev. Lett.
101, 13304 (2008).
Description
Formation of ultracold metastable RbCs molecules by short-range
photoassociation
%0 Generic
%1 gabbanini2011formation
%A Gabbanini, C.
%A Dulieu, O.
%D 2011
%K rbcs
%R 10.1039/c1cp21497g
%T Formation of ultracold metastable RbCs molecules by short-range
photoassociation
%U http://arxiv.org/abs/1107.0547
%X Ultracold metastable RbCs molecules are observed in a double species MOT
through photoassociation near the Rb(5S$_1/2$)+Cs(6P$_3/2$) dissociation
limit followed by radiative stabilization. The molecules are formed in their
lowest triplet electronic state and are detected by resonant enhanced
two-photon ionization through the previously unobserved $(3)^3\Pi łeftarrow
a^3\Sigma^+$ band. The large rotational structure of the observed
photoassociation lines is assigned to the lowest vibrational levels of the
$0^+,0^-$ excited states correlated to the Rb(5P$_1/2$)+Cs(6S$_1/2$)
dissociation limit. This demonstrates the possibility to induce direct
photoassociation in heteronuclear alkali-metal molecules at short internuclear
distance, as pointed out in J. Deiglmayr et al., Phys. Rev. Lett.
101, 13304 (2008).
@misc{gabbanini2011formation,
abstract = {Ultracold metastable RbCs molecules are observed in a double species MOT
through photoassociation near the Rb(5S$_{1/2}$)+Cs(6P$_{3/2}$) dissociation
limit followed by radiative stabilization. The molecules are formed in their
lowest triplet electronic state and are detected by resonant enhanced
two-photon ionization through the previously unobserved $(3)^{3}\Pi \leftarrow
a^{3}\Sigma^{+}$ band. The large rotational structure of the observed
photoassociation lines is assigned to the lowest vibrational levels of the
$0^+,0^-$ excited states correlated to the Rb(5P$_{1/2}$)+Cs(6S$_{1/2}$)
dissociation limit. This demonstrates the possibility to induce direct
photoassociation in heteronuclear alkali-metal molecules at short internuclear
distance, as pointed out in [J. Deiglmayr \textit{et al.}, Phys. Rev. Lett.
\textbf{101}, 13304 (2008)].},
added-at = {2017-03-05T14:04:23.000+0100},
author = {Gabbanini, C. and Dulieu, O.},
biburl = {https://www.bibsonomy.org/bibtex/2a95a3a51b347eb1a036657b29900484a/jaladreips},
description = {Formation of ultracold metastable RbCs molecules by short-range
photoassociation},
doi = {10.1039/c1cp21497g},
interhash = {236d0fa1de19aa1b0b22c24269a824ac},
intrahash = {a95a3a51b347eb1a036657b29900484a},
keywords = {rbcs},
note = {cite arxiv:1107.0547},
timestamp = {2017-03-05T14:04:23.000+0100},
title = {Formation of ultracold metastable RbCs molecules by short-range
photoassociation},
url = {http://arxiv.org/abs/1107.0547},
year = 2011
}