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17:00 |
MO 9.1 |
Theoretical study of photoelectron circular dichroism in the multiphoton ionization of bicyclic ketones — •Anne Dorothee Müller, Anton N. Artemyev, and Philipp V. Demekhin
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17:00 |
MO 9.2 |
Broadband Time-resolved Circular Dichroism Spectroscopy of Hemoglobin — •Heiko Hildenbrand, Andreas Steinbacher, Federico Koch, Marco Schmid, and Tobias Brixner
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17:00 |
MO 9.3 |
Broadband Photoelectron Circular Dichroism — •Tom Ring, Alexander Kastner, Philipp Hillmann, Hendrike Braun, Arne Senftleben, and Thomas Baumert
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17:00 |
MO 9.4 |
Towards continuous-wave cavity-enhanced polarimetry for highly sensitive chirality measurements — •Oleg Tretiak, Lykourgos Bougas, Dionysis Antypas, and Dmitry Budker
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17:00 |
MO 9.5 |
Transient absorption and VCD spectroscopy of two azobenzene derivatives with chiral sidegroups — •Kevin Artmann, Karoline Buennemann, Johannes Knorr, Christian Merten, and Patrick Nuernberger
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17:00 |
MO 9.6 |
Angle-resolved spectroscopy of electron emission by chiral molecules — •Daniel Roman Paul, Jan Dreismann, and Stefan Schippers
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17:00 |
MO 9.7 |
Electron-nuclear Coupling through Autoionizing States after Strong-field Excitation of H2 Molecules — •Yonghao Mi, Nicolas Camus, Lutz Fechner, Martin Laux, Robert Moshammer, and Thomas Pfeifer
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17:00 |
MO 9.8 |
Imaging of the He2 wave function using a free electron laser — •Stefan Zeller, Maksim Kunitski, Jörg Voigtsberger, Anton Kalinin, Alexander Schottelius, Carl Schober, Markus Waitz, Hendrik Sann, Alexander Hartung, Tobias Bauer, Martin Pitzer, Florian Trinter, Christoph Goihl, Christian Janke, Martin Richter, Gregor Kastirke, Miriam Weller, Achim Czasch, Markus Braune, Robert E. Grisenti, Lothar Ph. H. Schmidt, Markus S. Schöffler, Joshua B. Williams, Till Jahnke, and Reinhard Dörner
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17:00 |
MO 9.9 |
Ultafast photodissociation of small molecules studied by interferometric VUV-VUV pump-probe experiments — Oliver Schepp, Arne Baumann, Marek Wieland, and •Markus Drescher
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17:00 |
MO 9.10 |
Experimental set-up for dispersed photon emission spectroscopy of liquid microjets — •Christian Ozga, Andreas Hans, Robert Seidel, Philipp Schmidt, Xaver Holzapfel, Marvin Pohl, Bernd Winter, Arno Ehresmann, and André Knie
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17:00 |
MO 9.11 |
From Rare Gas to Hydrogen-bonded clusters: Size distributions of supersonic beams from a pulsed valve using the titration technique — •Matthias Bohlen, Aaron LaForge, Rupert Michiels, Nicolas Rendler, Mykola Shcherbinin, and Frank Stienkemeier
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17:00 |
MO 9.12 |
Small metal clusters on porphyrin templates — •Frederic Ußling, Tobias Bischoff, Andre Knecht, Andrea Merli, Merle I. S. Röhr, Polina G. Lisinetskaya, Jens Petersen, Roland Mitrić, Thomas Möller, and Torbjörn Rander
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17:00 |
MO 9.13 |
Untangling the far-infrared/fingerprint region of the absorption spectrum of small water clusters using helium droplet spectroscopy — •Raffael Schwan, Devendra Mani, Nitish Pal, Gerhard Schwaab, Britta Redlich, Lex van der Meer, and Martina Havenith
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17:00 |
MO 9.14 |
The role of dispersion interactions on the microsolvation of aromatic ethers — •Fabian Dietrich, Dominic Bernhard, Markus Burkhart, Maximilian Luczak, and Markus Gerhards
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17:00 |
MO 9.15 |
Dissociative electron attachment in small clusters of ammonia and formic acid — •Marvin Weyland, Alexander Dorn, Xueguang Ren, Hans Rabus, and Woon Yong Baek
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17:00 |
MO 9.16 |
BerlinTrap: A novel cryogenic 22-pole tandem mass spectrometer — •Pablo Nieto, Alan Günther, David Müller, Alex Sheldrick, and Otto Dopfer
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17:00 |
MO 9.17 |
Towards high resolution spectroscopy of biomolecular ions in a cryogenic multipole ion trap — •Felix Duensing, Steffen Spieler, Lena Remmers, Moritz Fischer, Katharina Geistlinger, and Roland Wester
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17:00 |
MO 9.18 |
Spectroscopy on cold molecules using a chirped pulse microwave spectrometer — •Pascal Stahl, Thomas Giesen, Guido Fuchs, and Johanna Chantzos
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17:00 |
MO 9.19 |
Sympathetic cooling of anions in a hybrid atom-ion trap — •Tobias Heldt, Henry Lopez, Bastian Höltkemeier, Jonas Tauch, Eric Endres, Roland Wester, and Matthias Weidemüller
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17:00 |
MO 9.20 |
Controlling Cold Atom-ion Collisions Using Rydberg States — •Limei Wang, Markus Deiss, and Johannes Hecker Denschlag
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