Condensed matter physics 5.1. Advanced quantum mechanics 5.2. Advanced Electrodynamics 5.3. Advanced statistical physics 5.4. Advanced solid state physics 5.5. Computational physics 5.6. Advanced solid state laboratory 5.7. Condensed matter physics 5.8. Many particle systems (condensed matter approach) 5.9. Physics and technology of semiconductors 5.10. Surface physics 5.11. Advanced crystallography 5.12. Advanced superconductivity 5.13. Magnetic properties of solids 5.14. Nanostructure of Materials 5.15. Basics of Soft condensed matter 5.16. Advanced surface physics 1,2 5.17. Nanostructures, properties and applications 5.18. Super conductivity and super fluidity 5.19. Liquid crystal physics 5.20. Advanced methods in surface characterization 5.21. Density function theory, methods and applications 5.22. Advanced measurements in condensed material 5.23. Numerical modeling and simulation in condensed material 5.24. Scaling and renormalization in statistical physics 5.25. Physics of Nanoelectronic devices 5.26. Quantum Disordered systems 5.27. Quantum transport 5.28. Advanced magnetism and magnetic materials 5.29. Quantum theory of Magnetism 5.30. Special topics 1,2 Share this Page
