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Department of Condensed Matter Physics
Location: |
Kotlářská 267/2, 611 37 Brno, Pavilion 06
Kotlářská 267/2, 611 37 Brno, Pavilion 09 Correspondence Address: Kotlářská 267/2, 611 37 Brno |
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E-mail: |
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Teaching
Courses taught
Autumn 2011 at Faculty of Science
- Diploma thesis 1
- Diploma thesis 2 (F8740K, F8750K, F8760K)
- Diploma thesis 3 (F9740K, F9750K, F9760K)
- Diploma thesis 4 (FA740K, FA750K, FA760K)
- Electronic reconstruction at the interfaces between correlated oxides
- Elementary excitation in solids
- Experiment setup and interpretation
- Experimental methods and special laboratory B 1
- Experimental methods of biophysics
- From diagnosis towards pharmaceutics
- Green functions in modern condensed matter physics
- High temperature superconductivity in the cuprates and the recently discovered iron arsenides
- Inelastic Photon Scattering from unconventional Superconductors
- Introduction into Physics
- Introduction into Physics, seminar
- Introduction to biophysics
- Introduction to nonlinear dynamics
- Introduction to solid state physics
- Mathematical methods for numerical data analysis
- Mechanical properties of solids
- Modelling metamaterials with magnetic permeability
- Modern experimental methods B
- Modern laser applications
- Modern problems in condensed matter physics
- Optical properties of solids
- Optics of graphene
- Oscillations, waves, optics
- Physical laboratory 2
- Physical principles of the semiconductor technology
- Physical properties of materials
- Priciples of modern optics imaging methods
- Semiconductor technology laboratory
- Seminar in Biophysics and Biophysical Chemistry
- Seminar of Institute of Condensed Matter Physics
- Solid state physics for non-physicists
- Spectroscopy techniques
- State examination Ms, Biophysics
- State examination Ms, Physics
- Surfaces and thin layers
- Tunneling experiments on superconductors
- X-ray scattering from thin layers
Autumn 2011 at Faculty of Informatics
Spring 2011 at Faculty of Medicine
Spring 2011 at Faculty of Science
- Úvod do teorie silně korelovaných elektronových systémů
- Advanced numerical methods
- Bachelor thesis 1 (F5251K, F5261K, F5601K)
- Bachelor thesis 2 (F6250K, F6252K, F6262K)
- Basics of medical biophysics
- Basics of molecule modelling and bioniformatics
- Bioelectrochemistry 2
- Biophysical aspects of structural biology
- Collective and cooperative phenomena
- Diploma thesis 1 (F7740K, F7750K, F7760K)
- Diploma Thesis 2 (F8740K, F8760K)
- Diploma thesis 2
- Diploma thesis 3 (F9740K, F9750K, F9760K)
- Diploma thesis 4 (FA740K, FA750K)
- Diploma Thesis 4
- Diploma Thesis Seminar
- Electron microscopy in biology
- Experimental methods and special laboratory B 2
- Introduction to Quantum Mechanics of Molecules and Solids
- Laboratory exercises in biophysics
- Metalloproteins: structure and function
- Numerical optimization
- Photosynthesis
- Phys. Prop. of Biopolymers
- Physics for chemists II
- Physics for chemists II, seminar
- Physics in Laboratory
- Physics of biopolyemers
- Physics of quantum wells and superlattices