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16:15 |
A 35.1 |
Axion-induced Lamb-shift in atomic and muonic hydrogen — •Alina Golub, Selym Villalba-Chávez, and Carsten Müller
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16:15 |
A 35.2 |
Coherent Control of Thermal Atoms with Photonic Crystal Cavities — •Hadiseh Alaeian, Ralf Ritter, Artur Skljarow, Harald Kübler, Tilman Pfau, and Robert Löw
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16:15 |
A 35.3 |
A fresh computational approach to atomic structures, processes and cascades — •Stephan Fritzsche
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16:15 |
A 35.4 |
Two-loop QED diagrams for the bound-electron g factor: radiative corrections to the magnetic loop — •Vincent Debierre, Bastian Sikora, Halil Cakir, Natalia S. Oreshkina, Zoltán Harman, and Christoph H. Keitel
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16:15 |
A 35.5 |
Collinear laser spectroscopy with ion trap accuracy - Future perspectives for atomic and nuclear physics — •Kristian König, Phillip Imgram, Jörg Krämer, Tim Ratajczyk, and Wilfried Nörtershäuser
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16:15 |
A 35.6 |
Scheme to generate and filter photon pairs from atoms in a hollow-core fibre — •Mark Zentile, Ioannis Caltzidis, Harald Kübler, Robert Löw, and Tilman Pfau
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16:15 |
A 35.7 |
Realistic atomic clock simulations with single to hundreds of atoms — •Marius Schulte, Víctor J. Martínez-Lahuerta, Piet O. Schmidt, and Klemens Hammerer
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16:15 |
A 35.8 |
Cold Atomic Hydrogen Source @ T-Rex — •Jan Haack, Merten Heppener, Stefan Schmidt, Henrik-Lukas Schumacher, Marcel Willig, Andreas Wieltsch, and Randolf Pohl
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16:15 |
A 35.9 |
First Measurement Results of the Alphatrap g-factor Experiment — •Bingsheng Tu, Ioanna Arapoglou, José Ramon Crespo López-Urrutia, Alexander Egl, Martin Höcker, Tim Sailer, Timo Steinsberger, Andreas Weigel, Robert Wolf, Sven Sturm, and Klaus Blaum
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16:15 |
A 35.10 |
Simulation of an atomic beam under magneto-optical influence — •Andreas Christian Wieltsch, Jan Haack, Stefan Schmidt, Marcel Willig, and Randolf Pohl
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16:15 |
A 35.11 |
Two-loop self-energy corrections to the bound-electron g-factor — •Bastian Sikora, Vladimir A. Yerokhin, Natalia S. Oreshkina, Halil Cakir, Chrisoph H. Keitel, and Zoltán Harman
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16:15 |
A 35.12 |
Approaching sympathetic cooling of trapped 229Th3+ ions — •Gregor Zitzer, Johannes Thielking, David-Marcel Meier, Maksim Okhapkin, and Ekkehard Peik
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16:15 |
A 35.13 |
Compact Collinear Laser Spectroscopy Setup for Educational Usage — •Philipp Bollinger, Tim Ratajczyk, and Wilfried Nörtershäuser
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16:15 |
A 35.14 |
Low emittance laser ablation ion beam source — •Tim Lellinger, Tim Ratajczyk, Victor Varentsov, and Wilfried Nörtershäuser
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16:15 |
A 35.15 |
Negative Ions Studies in the Frankfurt Low Energy Storage Ring (FLSR) — •Oliver Forstner, Jan Müller, Markus Schöffler, Lothar Schmidt, Thomas Stöhlker, and Kurt Stiebing
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16:15 |
A 35.16 |
Laser spectroscopic characterization of the nuclear clock isomer 229mTh — •Johannes Thielking, Maksim V. Okhapkin, Przemysław Głowacki, David-Marcel Meier, Lars von der Wense, Benedict Seiferle, Christoph E. Düllmann, Peter G. Thirolf, and Ekkehard Peik
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16:15 |
A 35.17 |
Towards a XUV frequency comb for high resolution spectroscopy on highly charged ions — •Alexander Ackermann, Janko Nauta, Jan Hendrik Oelmann, Julian Stark, Steffen Kühn, José Crespo López-Urrutia, and Thomas Pfeifer
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16:15 |
A 35.18 |
A proton source for precision experiments in the QLEDS project — •Nicolas Pulido, Johannes Mielke, Teresa Meiners, Malte Niemann, Juan M. Cornejo, Matthias Borchert, Jonathan Morgner, Amado Bautista, Stefan Ulmer, and Christian Ospelkaus
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16:15 |
A 35.19 |
Cold Atomic Hydrogen Source @ T-Rex — •Jan Haack, Merten Heppener, Stefan Schmidt, Henrik-Lukas Schumacher, Marcel Willig, Andreas Wieltsch, and Randolf Pohl
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16:15 |
A 35.20 |
A detector for atomic hydrogen — •Hendrik-Lukas Schumacher, Ahmed Ouf, Jan Hack, Stefan Schmidt, and Randolf Pohl
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16:15 |
A 35.21 |
Optically transparent solid electrodes for precision Penning traps — Marco Wiesel, Gerhard Birkl, Mohammad Sadegh Ebrahimi, Zhexi Guo, •Kanika Kanika, Jeffrey Klimes, Alexander Martin, Wolfgang Quint, Nils Stallkamp, and Manuel Vogel
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16:15 |
A 35.22 |
Atomic computations of Isotope Shift Parameters for Heavy Elements — •Randolf Beerwerth and Stephan Fritzsche
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