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Q 28: Precision Measurements and Metrology (Gravity)
Wednesday, March 11, 2020, 11:00–12:45, f435
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11:00 |
Q 28.1 |
Fundamental investigation of micro-optomechanical devices for quantum measurements — •Mariia Matiushechkina, Bernd Schulte, Roman Kossak, and Michèle Heurs
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11:15 |
Q 28.2 |
Gravitational Influence on Earth-based Laser Cavity Experiments — •Sebastian Ulbricht, Johannes Dickmann, Robert A. Müller, Stefanie Kroker, and Andrey Surzhykov
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11:30 |
Q 28.3 |
A phase reference distribution system for LISA: Building the optical benches of the Three-Backlink Experiment — •Nicole Knust, Lea Bischof, Stefan Ast, Max Rohr, Daniel Penkert, Juliane von Wrangel, Katharina-Sophie Isleif, Oliver Gerberding, Karsten Danzmann, and Gerhard Heinzel
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11:45 |
Q 28.4 |
Optical Metrology Terminal for Satellite-to-Satellite Laser Ranging — •Paul Koschmieder, Oliver Mandel, Michael Chwalla, Thilo Schuldt, Jasper Krauser, Dennis Weise, and Claus Braxmaier
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12:00 |
Q 28.5 |
Development of a micro-integrated, crossed-beam optical dipole trap setup for integrated atomic quantum sensors — •Marc Christ, Anne Stiekel, and Markus Krutzik
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12:15 |
Q 28.6 |
Suitable optomechanical oscillators for an all optical coherent quantum noise cancellation exeriment — •Bernd Schulte, Daniel Steinmeyer, Mariia Matiushechkina, Margot Hensler Hennig, and Michèle Heurs
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12:30 |
Q 28.7 |
Effective negative-mass oscillator for coherent quantum noise cancellation — •Jonas Junker, Daniel Steinmeyer, Dennis Wilken, and Michèle Heurs
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