Mitglieder
Gruppenleiter
Prof. Dr. Ricardo Mata | |
CV (pdf) | Google Scholar | |
Raum 4.125 | |
Tel. +49-(551) 39-23149 | |
Sekretariat
Martina Plaettner | |
Raum 4.126 | |
Tel. +49-(551) 39-23132 | |
Wissenschaftliche Mitarbeiter
Dr. Rainer Oswald | |
Forschungsthemen: | |
Raum 4.124 | |
Tel. +49-(551) 39-33151 | |
Post Docs
Dr. Sophia Bazzi | |
Forschungsthemen: Identification of novel biological patterns through machine learning and atomistic simulations | |
Raum 4.120 | |
Tel. +49-(551) 39-33131 | |
Dr. Martí Gimferrer | |
Forschungsthemen: Nuclear quantum effects and chemical bonding characterization | |
Raum 4.120 | |
Tel. +49-(551) 39-33131 | |
Dr. Benjamin Schröder (BENCh) | |
Forschungsthemen: Computational (ro)vibrational spectroscopy | |
Raum 4.226 | |
Tel. +49-(551) 39-23893 | |
Doktoranden
Maximilian Breitenbach (SFB) | ||
Forschungsthemen: Development of correlated multicomponent methods | ||
Raum 4.115 | ||
Tel. +49-(551) 39-14454 | ||
Lukas Hasecke (BENCh) | ||
Forschungsthemen: Entwicklung von Multikomponenten-Methoden mit Skalierung niedriger Ordnung | ||
Raum 4.117 | ||
Tel. +49-(551) 39-33120 | ||
Björn Hein-Janke | ||
Forschungsthemen: An automated robust nudged elastic band method in internal coordinates | ||
Raum 4.115 | ||
Tel. +49-(551) 39-12753 | ||
Maike Mücke (BENCh) | |
Forschungsthemen: Quantum mechanic based exploration of reaction pathways | |
Raum 4.117 | |
Tel. +49-(551) 39-33120 | |
Laura Schiebel (BENCh) | |
Forschungsthemen: TBA | |
Raum 4.115 | |
Tel. +49-(551) 39-14454 | |
Masterstudenten
Lynn Meeder | ||
Forschungsthemen: Implementation of a scalable automated reaction pathway finder | ||
Wieland Mäde | ||
Forschungsthemen: TBA | ||
Bachelorstudenten
Marlene Heidhues | Forschungsthemen: Investigation of Computational Protocols for Stereoselectivity |
Judith Hoffmann | Forschungsthemen: Investigation of nuclear quantum effects in molecular reactivity |
Sven Lange | Forschungsthemen: Active learning for potential energy surfaces |
Hannah Scheufele | Forschungsthemen: Automated exploration of reaction intermediates through the use of diffusion models |