Molecular Physics
The course starts with a description of how the concept of symmetry can be applied to describe the geometrical structure of molecules. The foundations of group theory are introduced, and then applied to describe molecular structure, electronic structure, the vibrational and rotation motion, as well as deriving selections rules for interaction with electromagnetic radiation. The experimental techniques used to study molecular properties are described. Examples from different areas of experimental molecular physics, such as ultra-fast laser spectroscopy, storage rings for ions, and X-ray and synchrotron based radiation, are used to illustrate the theoretical concepts.
This is a second cycle course given at half speed during daytime. This course can also be taken as a third cycle course.
Teaching Format
The teaching consists of seminars, supported by group education, peer review, and obligatory laboratory exercises.
Assessment
The course is examined by a final oral examination, and continual assessment through peer-review and discussion.
Examiner
Mark Stockett
Markus Kowalewski
“Spectra of Atoms and Molecules (Topics in Physical Chemistry)”, by Peter F. Bernath, Published by Oxford University Press, ISBN 10: 0195075986 ISBN 13: 9780195075984
Course coordinators and teachers
Markus Kowalewski , phone: +468 5537 8661, e-mail: markus.kowalewski@fysik.su.se
Mark Stockett, phone: +468 553 786 86, e-mail: mark.stockett@fysik.su.se
