|  | 10:30 | O 99.1 | Electric Field/ Light-Induced Switching of Spiropyran Derivative on Graphite — •HIMANI MALIK, THOMAS HALBRITTER, ALEXANDER HECKEL, and THIRUVANCHERIL G. GOPAKUMAR | 
        
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              |  | 10:45 | O 99.2 | Electron transmission through alpha-helical polyalanine  investigated by STM and STS — •Nguyen Thi Ngoc Ha, Diana Slawig, Yossi Paltie, and Christoph Tegenkamp | 
        
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              |  | 11:00 | O 99.3 | Hauptvortrag:
            
            
              
                Exploration of complex interfacial networks and 2D tesselations — •Johannes V Barth | 
        
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              |  | 11:30 | O 99.4 | Explaining Misleading Surface Diffraction Patterns with DFT and Machine Learning — •Andreas Jeindl, Jari Domke, Malte Schulte, Falko Sojka, and Oliver T. Hofmann | 
        
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              |  | 11:45 | O 99.5 | On-surface synthesis of triazine-based porous nanoribbons — •Mirunalini Devarajulu, Martin Haller, Min-Ken Li, Shadi Sorayya, and Sabine Maier | 
        
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              |  | 12:00 | O 99.6 | Controlling molecular cluster formation by molecule-surface interaction — •Ole Bunjes, Lucas A. Paul, Tobias Claus, Emmanouil Stavroulakis, Inke Siewert, and Martin Wenderoth | 
        
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              |  | 12:15 | O 99.7 | Electrospray Controlled Ion Beam Deposition as a powerful tool to deposit biomolecules on a solid support under UHV with subsequent STM imaging — •Karolina Stoiber, Andreas Walz, Peter Knecht, Anthoula Papageorgiou, Joachim Reichert, Annette Huettig, Hartmut Schlichting, and Johannes V. Barth | 
        
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              |  | 12:30 | O 99.8 | Molecule-Surface Collision Explores the Chemical and Conformation Space of a Molecule — •Kelvin Anggara | 
        
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              |  | 12:45 | O 99.9 | Global approach to prediction and modeling of biomolecules on surfaces — •Johann Christian Schön, Juan Cortes, Nathalie Tarrat, Bohdan Andriyevsky, Sabine Abb, Stephan Rauschenbach, and Klaus Kern | 
        
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              |  | 13:00 | O 99.10 | Growth of N-heterocyclic carbenes on a deactivated semiconductor surface — •Martin Franz, Sandhya Chandola, Maximilian Koy, Robert Zielinski, Matthias Freitag, Conor Hogan, Frank Glorius, Norbert Esser, and Mario Dähne | 
        
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              |  | 13:15 | O 99.11 | Gas adsorption on hydrophobic surfaces near the critical point — •Mike Moron, Göran Surmeier, Marc Moron, Jennifer Bolle, Julia Nase, Michael Paulus, and Metin Tolan | 
        
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