Bonn 2025 –
wissenschaftliches Programm
MO 30: Molecular Spectroscopy and Theoretical Approaches
Freitag, 14. März 2025, 14:30–16:15, HS XVI
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14:30 |
MO 30.1 |
High-resolution rovibrational spectroscopy of H5+ — •Samuel Marlton, Philipp Schmid, Thomas Salomon, Janos Sarka, Divita Gupta, Oskar Asvany, and Stephan Schlemmer
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14:45 |
MO 30.2 |
Experimental symmetry assignments of protonated methane rovibrational levels — •Samuel Marlton, Philipp Schmid, Oskar Asvany, and Stephan Schlemmer
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15:00 |
MO 30.3 |
Spatially resolved spectroscopy of Rydberg states in nitric oxide — •Yannick Schellander, Fabian Munkes, Alexander Trachtmann, Florian Anschutz, Ettore Eder, Hanna Lippmann, Meriem Mavlutova, Marius Winter, Robert Löw, Patrick Schalberger, Tilmann Pfau, Harald Kübler, and Norbert Fruehauf
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15:15 |
MO 30.4 |
Recent achievements and future prospects in precision spectroscopy of tritium-substituted molecules — •Valentin Hermann
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15:30 |
MO 30.5 |
The connection between the Exact Factorization and the Born-Huang representation of the molecular wave function — •Peter Schürger, Yorick Lassmann, Federica Agostini, and Basile Curchod
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15:45 |
MO 30.6 |
A Hierarchical Approach to Quantum Many-Body Systems in Structured Environments — Kai Müller, Kimmo Luoma, and •Christian Schäfer
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16:00 |
MO 30.7 |
Calculating excitonic interactions using transition currents with application to PTCDA — •Grace Hsiao-Han Chuang and Alexander Eisfeld
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