120 credits with 75 credits in chemistry, physics, materials science and/or materials engineering, including 10 credits in spectroscopy. Proficiency in English equivalent to the Swedish upper secondary course English 6.
This course gives basic knowledge on spectroscopic techniques that use lasers and theoretical background on lasers and the interaction between laser radiation and matter. The course also provides knowledge of the techniques and instrumentation for laser spectroscopy. The course includes laboratory exercises that illustrate the concepts and phenomena that are characteristic of lasers and provide a degree of experimental skill in spectroscopic applications.
