What it is about
You receive a compact introduction to theoretical solid-state physics: from symmetries and crystal structures through lattice vibrations and electronic conduction to interacting electron systems. In the end you will be able to mathematically describe and calculate simple models for the structure, dynamics, and phase transitions of condensed matter.
What you will be able to do
- Mathematical description of crystalline structures and calculation of simple structural and dynamical properties
- Explanation of structural phase transitions at surfaces and of defect structures
- Naming and explanation of central approximations for solving the many-body problem
- Understanding of correlated low-dimensional systems (Fermi- or Luttinger-liquid theory)
- Theoretical description and characterization of electronic phase transitions such as superconductivity
What the module consists of
- LecturePresentation of topics with thematic structure and cross-references; involvement of students in scientific discussions
- TutorialDeepening and practice of the content through calculation tasks and problem examples in individual and group work (approx. 6–8 students) with tutors
Teaching method
- LectureShowcasing universal concepts through thematically structured presentation and discussion to promote analytical-physical thinking
- TutorialPractice and deepening of what has been learned in individual and group work based on concrete tasks