Condensed matter physics (master's full-time specialized)

1st year
1st term
PřF:F8800 Condensed matter physics I • 100 %
PřF:F9210 Modern experimental methods B • 100 %
PřF:F5330 Basic numerical methods • 80 %
PřF:F6180 Introduction to nonlinear dynamics • 80 %
PřF:F7571 Experimental methods and special laboratory B 1 • 80 %
PřF:F7740K Diploma Thesis 1 • 80 %
PřF:F7030 X-ray structural analysis of thin layers • 60 %
PřF:F6530 Spectroscopy techniques • 40 %
PřF:F6540 Basics of semiconductor technology • 20 %
PřF:F7140 General theory of relativity • 20 %
PřF:F9878 Student physics lectures • 20 %
FI:PV021 Neural Networks • 20 %
2nd term
PřF:F6150 Advanced numerical methods • 100 %
PřF:F8302 Collective and cooperative phenomena • 100 %
PřF:F9800 Condensed matter physics II • 100 %
PřF:FB800 Introduction to physics of surfaces • 60 %
PřF:F8110 Hands-on Introduction to Electronic Structure and Correlations • 60 %
PřF:F8572 Experimental methods and special laboratory B 2 • 60 %
PřF:F8740K Diploma thesis 2 • 60 %
PřF:F7270 Mathematical methods for numerical data analysis • 40 %
PřF:F6720 Seminar of Institute of Condensed Matter Physics • 20 %
PřF:F7070 Statistical Physics and Thermodynamics • 20 %
PřF:F7740K Diploma Thesis 1 • 20 %
PřF:F8130 Advanced dispersion models in thin film optics I • 20 %
PřF:F8450 Physics of low temperatures • 20 %
PřF:JNP02 German for scientists II • 20 %
2nd year
3rd term
PřF:FA800 Condensed matter physics III • 100 %
PřF:F9451 Diploma Thesis Seminar • 100 %
PřF:JAF03 English for Physicists III • 100 %
PřF:JA002 Advanced Examination in English for Specific Purposes - Science • 100 %
PřF:F5330 Basic numerical methods • 50 %
PřF:F7030 X-ray structural analysis of thin layers • 50 %
PřF:F7040 Quantum electrodynamics • 50 %
PřF:F7591 Problems in theoretical physics • 50 %
PřF:F8740K Diploma thesis 2 • 50 %
PřF:F9740K Diploma thesis 3 • 50 %
4th term
PřF:FA462 Diploma Thesis Seminar • 100 %
PřF:F6720 Seminar of Institute of Condensed Matter Physics • 100 %
PřF:F8302 Collective and cooperative phenomena • 100 %
PřF:FA740K Diploma thesis 4 • 50 %
PřF:FSM01 State examination Ms, Physics • 50 %
PřF:F6050 Advanced quantum mechanics • 50 %
PřF:F6730 Seminar of Institute of Theoretical Physics and Astrophysics • 50 %
PřF:F8572 Experimental methods and special laboratory B 2 • 50 %
PřF:F9740K Diploma thesis 3 • 50 %

The information was preprocessed: 5/10/2024 11:31

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