Solid State Physics II

Aim

This course provides an in-depth knowledge in key areas of solid state physics (optical properties, superconductivity, magnetism, and surface phenomena).

After completing the course students shall be able to:

• Describe and explain solid state optical properties, superconductivity, magnetism, and surface phenomena.
• Derive and apply basic theories/models of solid state physics to solve problems in the key areas.
• Analyze experimental data that relate to the atomistic and electronic structure of solids and surfaces.
• Communicate theories and/or experimental findings in solid state physics through a comprehensible, rigorous, oral presentation.

Content

A theoretical treatment of magnetism in condensed matter and a description of applications of magnetism. A description of the mechanisms giving the optical properties of condensed matter. A combined phenomenological and theoretical treatment of superconductivity. A treatment of atom and electronic properties of surfaces. Experimental methods to determine the atomic composition, and the atomic and electronic structures at surfaces. Theoretical models describing surface electronic properties. Some specific topics, to be selected and presented orally by the students, act to exemplify applications and the current research related to the key areas. Examples of important applications of magnetism, superconductivity, optical properties and surfaces will be discussed from various aspects including energy and environmental issues.