Femtosecond studies of atoms, molecules, liquids, and solids (1p)
Contents The femtosecond time-scale is relevant for a number of fundamental processes in physics, chemistry and biology. This time scale has only recently become accessible to experiments through the advent of short-pulse lasers.
In the course, we will teach the basic properties of femtosecond lasers on a level that allows for an understanding of subsequent experiments. The main focus of the course is on the application of femtosecond time-resolved techniques in physics and chemistry. Through a number of examples, picked to represent a reasonably broad scope of methods and fields, we will learn about the complimentary kind of information that time-resolved studies can provide.
The course is based on closely-connected lectures and problem-solving classes. High priority is given to the student presentations at the end of the course.
Requirements
An almost completed first part of Fys-Kem, Mat-Fys, Kem-Mat, or Fys-Dat.
Some basic knowledge of lasers - for instance corresponding to "A9 Laserkemi" or "Bf.5 Moderne optik og laserfysik."
Teaching material
"Femtosecond laser Pulses, principles and experiments", Claude Rullière (Ed.), Springer Verlag Berlin/Heidelberg 1998 and journal papers.
Structure of the course
Two hours of lectures and two hours of problem solving per week in spring 2001 (F01). The evaluation is a pass/fail on the basis of participation in the class. In addition, each participant will give a short (20-30 min) oral presentation at the end of the course. The course corresponds to 1 study point.
Homepage
http://www.ifa.au.dk/~balling/fskursus/fskursus.html
Teachers
Peter Balling (Physics), Søren Keiding (Chemistry) and Henrik Stapelfeldt (Chemistry).