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10:30 |
O 28.1 |
Controllable three-terminal molecular switch based on adsorption site jiggling — •Anja Bauer, Markus Maier, Josefine Diegel, Werner Schosser, Fabian Paschke, Yuriy Dedkov, Fabian Pauly, Rainer Winter, and Mikhail Fonin
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10:45 |
O 28.2 |
Electrochemistry of single molecules by atom manipulation — •Shadi Fatayer, Florian Albrecht, Nikolaj Moll, Gerhard Meyer, and Leo Gross
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11:00 |
O 28.3 |
Effect of deprotonation on the electronic structure of phthalocyanine molecules on molybdenum disulfide — •Gael Reecht, Nils Krane, Christian Lotze, and Katharina J Franke
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11:15 |
O 28.4 |
Influence of the spatial extent of molecules on their properties as detectors in MONA applications — •Tim Zenger, Jens Kügel, Markus Leisegang, and Matthias Bode
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11:30 |
O 28.5 |
Controlled consecutive charging of self-assembled clusters of molecules — •Philipp Scheuerer and Jascha Repp
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11:45 |
O 28.6 |
Discriminating and counting the possible molecular conformations in a prototypical molecular wire junction — •Marvin Knol, Alexander Diener, Philipp Leinen, F. Stefan Tautz, and Christian Wagner
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12:00 |
O 28.7 |
Molecular motors studied on surfaces by scanning tunneling microscopy — •Monika Schied, Peter Jacobson, Dongdong Liu, James M. Tour, and Leonhard Grill
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12:15 |
O 28.8 |
Imprinting Directionality into Proton TransferReactions of an Achiral Molecule — •Markus Leisegang, Jens Kügel, and Matthias Bode
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12:30 |
O 28.9 |
High-Resolution Vibronic Spectra of Molecules on Molybdenum Disulfide Allow for Rotamer Identification — Nils Krane, •Christian Lotze, Gaël Reecht, Lei Zhang, Alejandro L. Briseno, and Katharina J. Franke
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12:45 |
O 28.10 |
Machine learning for single molecule manipulation — Philipp Leinen, Malte Esders, Kristof Schütt, Klaus-Robert Müller, F. Stefan Tautz, and •Christian Wagner
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