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- W2022700209 endingPage "045008" @default.
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- W2022700209 abstract "Cold molecular ions are of great interest for applications in cold collision studies, chemistry, precision spectroscopy and quantum technologies. In this context, sympathetic cooling of molecular ions by the interaction with laser-cooled atomic ions is a powerful method to cool their translational motion and achieve translational temperatures in the millikelvin range. Recently, we implemented this method in a surface-electrode ion trap. The flexibility in shaping the trapping potentials offered by the surface-electrode structure enabled us to generate planar bicomponent Coulomb crystals and spatially separate the molecular from the atomic ions. Here, we present a detailed description of the fabrication and simulation of the trap as well as a theoretical and experimental investigation of the structural and energetic properties of the Coulomb crystals obtained in the device. We discuss in more detail the separation of different ion species using static electric fields and explore the effects of trap anharmoncities on the shape of bicomponent crystals." @default.
- W2022700209 created "2016-06-24" @default.
- W2022700209 creator A5055459015 @default.
- W2022700209 creator A5090094344 @default.
- W2022700209 date "2015-04-16" @default.
- W2022700209 modified "2023-09-27" @default.
- W2022700209 title "Structural and energetic properties of molecular Coulomb crystals in a surface-electrode ion trap" @default.
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- W2022700209 doi "https://doi.org/10.1088/1367-2630/17/4/045008" @default.
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