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14:00 |
Q 32.1 |
Prospects of frequency distribution networks to validate and reference satellite gravity prove Earth observation satellite missions — Stefan Schröder, •Simon Stellmer, and Jürgen Kusche
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14:15 |
Q 32.2 |
Quintupling of a laser at telecom wavelength — •Maya Büki, David Röser, and Simon Stellmer
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14:30 |
Q 32.3 |
Rubidium vapor-cell frequency references based on 5S to 6P transitions — •Julien Kluge, Klaus Döhringshoff, Conny Glaser, Florian Karlewski, Jens Grimmel, Manuel Kaiser, Andreas Günther, Helge Hattermann, József Fortágh, and Markus Krutzik
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14:45 |
Q 32.4 |
Progress towards a frequency measurement campaign for magnesium lattice clock — •Nandan Jha, Dominika Fim, Steffen Sauer, Waldemar Friesen-Piepenbrink, Klaus Zipfel, Wolfgang Ertmer, and Ernst Maria Rasel
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15:00 |
Q 32.5 |
Exploring zinc as a possible candidate for optical clocks — •David Röser, Maya Büki, and Simon Stellmer
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15:15 |
Q 32.6 |
Towards a strontium beam optical frequency reference based on the 1S0 → 3P1 intercombination line on a sounding rocket — •Martin Jutisz, Oliver Fartmann, Conrad L. Zimmermann, Franz B. Gutsch, Vladimir Schkolnik, Frederik Böhle, Matthias Lezius, Ahmad Bawamia, Christoph Pyrlik, Achim Peters, Ronald Holzwarth, Andreas Wicht, and Markus Krutzik
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15:30 |
Q 32.7 |
Control of mixed Coulomb crystals in a multi-ion clock — •Hartmut Nimrod Hausser, Tabea Nordmann, Jan Kiethe, Leon Schomburg, and Tanja E. Mehlstäubler
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15:45 |
Q 32.8 |
Charactarization of a segmented multi-ion trap for transportable optical clocks with low micro motion — •Hendrik Siebeneich, Florian Köppen, Pedram Yaghoubi, Michael Johanning, Christof Wunderlich, Malte Brinkmann, Alexandre Didier, Tanja Mehlstäubler, Stefan Brakhane, and Dieter Meschede
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