Aim
The course aims at giving the student

• a basic understanding of the foundations of quantum mechanics and molecular spectroscopy.

• knowledge of the principal spectroscopic methods for studying molecular structure and dynamics.

• practical experience of some of these methods.

• a foundation for critical reading of the research literature describing applications of molecular spectroscopy.

Knowledge and understanding
For a passing grade the student must

• have a basic knowledge of the quantum mechanical foundations of molecular spectroscopy.

• be familiar with the most common methods in optical spectroscopy and what molecular properties can be studied with each method.

• have knowledge of the function and properties of the laser.

Skills and abilities
For a passing grade the student must

• be able to evaluate spectroscopic data and calculate molecular properties from these.

Judgement and approach
For a passing grade the student must

• be able to assess critically the research literature describing applications of molecular spectroscopy.

Contents
The course comprises two parts. The first part outlines a basic and general quantum mechanical description of molecular spectroscopy, including the interaction between radiation and matter, with examples of basic applications of optical (IR, UV/VIS, and fluorescence) spectroscopy. The second part treats modern spectroscopic techniques.

Literature
Atkins, P W & de Paula, J.: Physical Chemistry, 7th ed. OUP 2002. ISBN: 0-19-879285-9.
Räkneövningskompendium. Biofysikalisk kemi.
Laborationshandledningar. Biofysikalisk kemi.