Entry requirements

120 credits with Quantum Physics (quantum mechanics, atom physics), Solid State Physics or Physical Chemistry, Solid State Chemistry or equivalent.

Learning outcomes

On the completion of the course the student should understand basic physical and chemical mechanisms operating in energy relevant materials in order to be able to

• evaluate main structure-property relations and how materials performance can be tailored for better functioning under particular conditions
• describe main modern trends and concepts in the development of materials for clean energy production and storage
• discuss and argue about general materials aspects of modern energy and clean environment technologies.

Content

The course gives a broad knowledge about fundamental chemical and physical principles operating in materials relevant for energy applications, such as solar cells, batteries, fuel cells, magnetic materials, hydrogen storage, etc. It creates the necessary awareness about the materials aspects of modern energy technologies and provides a good foundation for further doctoral studies in related fields

The overview of modern theoretical and experimental concepts and trends in energy related materials research will be given and the close relation between the basic research and applications in this field will be discussed. The representation of energy related research at Uppsala University and its interdisciplinary nature will be reviewed. The political and social impact of the development of environmentally friendly energy technologies on modern society will be also discussed.

Instruction

Lectures, seminars and some practical work

Assessment

Project work and oral presentations.