History of Light

Timetable

Lecture with a multimedia presentation of selected issues, conversation lecture, problem-based lecture, problem-based learning, solving tasks (e.g. computational, artistic, practical)

Lectures - 15 h

Problem-based learning - 5 h

Laboratory practicals/demonstarations - 10 h

Module aim (aims)

Transfer of knowledge in the field of basic photophysics, photochemistry and spectroscopy (incl. lab safety procedures);

Familiarization with principle terms and equipment used in chemistry, physics, biology and medical sciences;

Basic terms related to light and photonic applications: photon, electromagnetic wave, laser etc.

Pre-requisites in terms of knowledge, skills and social competences (where relevant)

There are no prerequisites

Syllabus

Basic terms related to light as an electromagnetic wave, wave-particle theory, spectral ranges: radio-waves, infrared, visible light, UV, gamma radiation etc;

Atom/molecule model, physical properties of excited states;

History of light-related scientific discoveries, examples of key experiments that helped understanding the nature of LIGHT;

Light-induced reactions and processes and their practical applications in pharmacy, medicine and cosmetic industry;

Light sources (from fire and the Sun ... to the LASER), equipment for spectroscopy - basic principles and practical applications.

 

Credit conditions - Grading of the student project and/or multimedia presentation:

5 (very good) - >95%
4,5 (good plus) - 94%-85%
4 (good) - 84%-75%
3,5 (satisfactory plus) - 74%-65%
3 (satisfactory) - 64%-51%
2 (fail) - below 50% 

Reading list

1. Suppan P., Chemistry and Light: RSC, 1994 (and later editions).
2. Holt J., When Einstein Walked with Gödel. Excursions to the Edge of Thought, 2019.