Measurement of the lifetimes of the $7p \: ^2P_{3/2}$ and $7p \: ^2P_{1/2}$ states of atomic cesiumMeasurement of the lifetimes of the $7p \: ^2P_{3/2}$ and $7p \: ^2P_{1/2}$ states of atomic cesium

Amy Damitz, George Toh, Nathan Chalus +6 more

Bulletin of the American Physical SocietyJun 3, 20200 citations

Blue satellite bands of KRb molecule: Intermediate long-range states

Hrvoje Skenderović, Robert Beuc, Ticijana Ban +1 more

The European Physical Journal DApr 1, 200213 citations

Photoassociation of cesium atoms into the double minimum 3 state

Ticijana Ban, Sargis Ter-Avetisyan, Robert Beuc +2 more

Chemical Physics LettersNov 1, 199916 citations

Observation of blue satellite bands and photoassociation at ultracold temperatures

Marin Pichler, Jianbing Qi, William C. Stwalley +2 more

We have observed atomic line self-broadening of Cs near $7{P}_{3∕2}$ and $7{P}_{1∕2}$ atomic lines at ultracold temperatures using a magneto-optical trap and resonant ionization detection. We have observed blue satellite band features at detunings of 560 and $800\phantom{\rule{0.3em}{0ex}}\mathrm{MHz}$ , respectively, as well as sharp hyperfine-split photoassociative spectra on the red wings of each line and also on the blue wings. Possible explanations of these features are discussed.We have observed atomic line self-broadening of Cs near $7{P}_{3∕2}$ and $7{P}_{1∕2}$ atomic lines at ultracold temperatures using a magneto-optical trap and resonant ionization detection. We have observed blue satellite band features at detunings of 560 and $800\phantom{\rule{0.3em}{0ex}}\mathrm{MHz}$, respectively, as well as sharp hyperfine-split photoassociative spectra on the red wings of each line and also on the blue wings. Possible explanations of these features are discussed.

Physical Review AFeb 15, 20065 citations

Photoionization Cross Section of the 6P_3/2 State of Cesium

Brian M. Patterson, T. Takekoshi, R. J. Knize

APSMay 1, 19980 citations

Blue Satellite Bands and Photoassociation Spectra of Ultracold Cesium

Marin Pichler, Jainbing Qi, William C. Stwalley +2 more

Atomic line self‐broadening was observed in ultracold cesium. Using resonant ionization detection we were able to photoassociate atoms into excited states of ultracold molecules below the second excited PJ atomic asymptotes Cs(6S1/2) + Cs(7P1/2) and Cs(6S1/2) + Cs(7P3/2). We were able to observe blue detuned satellite band features at 560 MHz and 800 MHz above the 7P1/2 and 7P3/2 atomic limits, respectively, as well as sharp hyperfine split features on the blue and red side of the atomic resonances. Such spectral features can be qualitatively supported by the local maxima in the long range molecular structure beyond 50 Å.Atomic line self‐broadening was observed in ultracold cesium. Using resonant ionization detection we were able to photoassociate atoms into excited states of ultracold molecules below the second excited PJ atomic asymptotes Cs(6S1/2) + Cs(7P1/2) and Cs(6S1/2) + Cs(7P3/2). We were able to observe blue detuned satellite band features at 560 MHz and 800 MHz above the 7P1/2 and 7P3/2 atomic limits, respectively, as well as sharp hyperfine split features on the blue and red side of the atomic resonances. Such spectral features can be qualitatively supported by the local maxima in the long range molecular structure beyond 50 Å.

AIP conference proceedingsJan 1, 20062 citations

Blue Satellite Bands and Photoassociation near 7

P_{3/2}

and 7

P_{1/2}

Atomic Limits in Cesium

Measurement of the lifetimes of the

7p \: ^2P_{3/2}

and

7p \: ^2P_{1/2}

states of atomic cesium

We have observed atomic line self-broadening of Cs near

7{P}_{3∕2}

and

7{P}_{1∕2}

atomic lines at ultracold temperatures using a magneto-optical trap and resonant ionization detection. We have observed blue satellite band features at detunings of 560 and

800\phantom{\rule{0.3em}{0ex}}\mathrm{MHz}

, respectively, as well as sharp hyperfine-split photoassociative spectra on the red wings of each line and also on the blue wings. Possible explanations of these features are discussed.