MO 12: High Resolution Spectroscopy and Precision Experiments
Wednesday, March 13, 2019, 10:30–12:30, S HS 002 Biologie
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10:30 |
MO 12.1 |
Rotationally Resolved Electronic Stark Spectroscopy of 2,3-Benzofurane — •Marie-Luise Hebestreit, Michael Schneider, Hilda Lartian, and Michael Schmitt
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10:45 |
MO 12.2 |
Rotationally Resolved Electronic Stark Spectroscopy of 4-cyanoindole — •Marie-Luise Hebestreit, Michael Schneider, Hilda Lartian, and Michael Schmitt
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11:00 |
MO 12.3 |
Predicting para-ortho conversion in ammonia — •Guang Yang, Vinicius Silva de Oliveira, Christoph Heyl, Andrey Yachmenev, Ingmar Hartl, and Jochen Küpper
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11:15 |
MO 12.4 |
Triphenylmethane and all-meta tert-butyl triphenylmethane dimers: Observation of an unusual C-H⋯H-C distance in the gas phase via stimulated Raman spectroscopy — •Dominique Maué, Dominic Bernhard, Patrick H. Strebert, Sören Rösel, Peter R. Schreiner, and Markus Gerhards
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11:30 |
MO 12.5 |
Nuclear-quadrupole coupling effects in laser alignment of asymmetric top molecules — •Linda V. Thesing, Andrei Duchko, Andrey Yachmenev, Rosario González-Férez, and Jochen Küpper
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11:45 |
MO 12.6 |
Rotational spectroscopy of molecular ions with 3×10−12 resolution and 1×10−10 precision — Soroosh Alighanbari, Gouri Giri, Florin Constantin, Michael Hansen, Vladimir Korobov, and •Stephan Schiller
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12:00 |
MO 12.7 |
Electronic Structure Theory for Molecular Precision Tests of New Physics — •Konstantin Gaul and Robert Berger
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12:15 |
MO 12.8 |
The observation of non-adiabatic alignment of gas-phase molecules via an adapted opto-galvanic technique. — Christian Matthaei, •Matthew S. Robinson, and Markus Gühr
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