Master 1 subject

Molecular Sciences - Spectroscopy and Simulation, Master 1 subject

  • How can laser-spectroscopy and microscopy methods help us to fundamentally understand chemical reactions and biological processes?
  • Which roll does water, as the “matrix of life”, play in protein folding or enzymatic reactions?
  • Can we improve chemical reactions by choosing the right solvent?
  • Which molecular interactions determine the macroscopic properties of liquids?
  • How quickly do chemical reactions take place at the molecular level?

Steckbrief
Abschluss
Master of Science
Beginn
Wintersemester
Dauer
4 Semester
Unterrichtssprache
English
Admission
Not restricted, application at the faculty required
Information on enrollment/application for German applicants

Information on enrollment/application for German applicants

Jetzt informieren
Application information for international applicants

Application information for international applicants

Jetzt informieren
Worum geht's?
Dieser Studiengang ist einzigartig, weil ...

​​It is a research-oriented, interdisciplinary and multicultural program held in English. The program focuses on the molecular understanding of chemical and biochemical processes. Topics are from the traditional disciplines of chemistry and physics with a focus on modern laser spectroscopy and microscopy, computer simulation, and quantum chemistry.

Er bietet eine Vertiefung in den Bereichen ...
  • ​​​Physical Chemistry
  • Quantum Chemistry
  • Biophysical Chemistry
  • Computational and Theoretical Chemistry
  • Laser Spectroscopy
Studienverlaufsplan
Modulhandbuch
Zu wem passt's?
Wer diesen Studiengang studieren möchte,

have:

  • a decent background in quantum physics, mathematics, spectroscopy and computational chemistry

enjoy

  • a decent background in quantum physics, mathematics, spectroscopy and computational chemistry
  • to gain hands on experience of state of the art spectroscopic experiments
  • to solve scientific puzzles
  • to work in a multidisciplinary international environment

 

struggle through:

  • a demanding first year
 
Dieser Studiengang ist für Absolvent*innen der folgenden Fächer geeignet
  • Chemistry
  • Physics
  • Biochemistry
  • Mathematics
  • Engineering
  • with 10 CP in Mathematics plus 8 CP in Theoretical Chemistry / Spectroscopic Methods / Quantum Mechanics / related topics.  You can find more details on our homepage our website.
Wer einen Abschluss in diesem Studiengang hat, arbeitet häufig
  • as PhD students at RUB or one of the partner institutes in physical or theoretical chemistry, physics, and bioinformatics.
  • as researchers at universities and in industry covering: performance materials and advanced materials design, (bio)molecular modeling and biophysics simulations, neuroscience discovery, crop science, microscopy for medical technology, (fiber +) optical and laser technology.
  • as consultants in Information Technology or data analysis.
  • as project managers in the above subjects.
Und sonst?
Ein Praktikum ...

is mandatory. It is done during the degree course.
Dauer: 2-3 months

Wer hilft?
Studienfachberatung

Montana Petersen
Gebäude, Raum: ZEMOS 0.99
Tel.: +49 (0)234 / 32-29394
E-Mail:
Webseite Studienfachberatung

Kontakt zu Studierenden

Fachschaft Chemie / Biochemie
Gebäude, Raum: NC 03/34
Tel.: +49 (0)234 / 32-25287
E-Mail:
Webseite Fachschaft

Internet

Homepage des Studiengangs