Education

Graduate and post-graduate courses

Eötvös Loránd University, Budapest

• Electrodeposition of metals (L. Péter)
• Experimental methods of structure determinationI-II. (L. Temleitner)
• Macromolecules (S. Pekker)
• Many-body problem I-II. (G. Szirmai)
• Nanophase metals (I. Bakonyi)
• Neutron physics (M. Márton)
• Physics of liquid crystals and polymers (Á. Buka and N. Éber)
• Plasma physics (Z. Donkó)
• Raman spectroscopy in Earth sciences (T. Váczi)
• Solid State Physics (I. Tüttő)
• Statistical physics (G. Szirmai)
• Superconductivity (I. Tüttő)
• Trends in materials science (Á. Gali)

Budapest University of Technology and Economics

• Coherent control of quantum systems (Z. Kis)
• Group theory in solid state research (G. Kriza)
• Infrared and Raman spectroscopy (K. Kamarás)
• Interacting spins in materials (K. Penc)
• Introduction to superconductivity (G. Kriza)
• Mechanics I-II. (A. Virosztek)
• Modern solid state physics (A. Virosztek)
• Neutron physics (M. Márton)
• Nuclear fuel cycle (M. Fábián)
• Plasma physics (Z. Donkó)
• Quantum entanglement (Sz. Szalay)
• Quantum optics (P. Domokos)
• Quantum optics (J.K. Asbóth)
• Spectroscopy and the structure of matter (K. Kamarás)
• Theoretical solid state physics (A. Virosztek)
• Theory of magnetism (A. Virosztek)

Oulu University, Oulu, Finnland

• Lecture course on nanophase metals with special view on spintronics (I. Bakonyi)

Óbuda University, Budapest

• Chemistry and Physics of Polymers (S. Pekker)

University of Pécs

• Control systems (J. Füzi)
• Digital control (J. Füzi)
• Electronics (J. Füzi)
• Mechanics - dynamics (A Len)
• Numerical methods (P. Ádám)
• Open quantum systems (P. Ádám)
• Probability theory (P. Ádám)
• Quantum information processing by quantum optical means II. (T. Kiss)
• Resonant light-matter interaction (P. Ádám)
• Seismic design (A. Len)
• Theoretical physics III (P. Ádám)

University of Szeged

• Introduction to statistical physics (F. Iglói)
• Statistical physics (F. Iglói)
• Applications of statistical physics (F. Iglói)
• Introduction to the theory of nonlinear laser-matter interactions (S. Varró)

Laboratory practices and seminars

Eötvös Loránd University, Budapest

• Experiments on liquid crystals (Á. Buka, N. Éber, P. Salamon, T. Tóth-Katona)
• Laboratory practice on neutron scattering (L. Almásy, A. Len, M. Fábián, L. Rosta, T. Veres, Gy. Török)
• Probability theory (M. Kornyik)
• Probability theory and statistics (M. Kornyik)
• Raman spectroscopy, part of the course Laboratory practice in biophysics (M. Veres)
• Statistical physics (G. Szirmai)

Budapest University of Technology and Economics

• Independent task I-II. (L. Bencs)
• Individual project (D. Beke)
• Infrared and Raman spectroscopy (K. Kamarás)
• Introductory physics for chemical engineers (A. Csóré)
• Laboratory practice on neutron scattering (L. Almásy, A. Len, M. Fábián, L. Rosta, T. Veres, Gy. Török)
• Physics II for electrical engineers (A. Csóré)
• Physics II for informaticians (A. Csóré)
• Raman spectroscopy, part of the course Experimental methods in materials science (M. Veres)

University of Pécs

• Control systems I-II (J. Füzi)
• Diagnostics – SEM laboratory practice (A. Len)
• Mathematical methods in physics IV. (D. Jakab)
• Mathematical methods in physics IV. (P. Ádám)
• Mechanics – dynamics - seminar (A. Len)
• Probability theory (P. Ádám)

Technical University, Dresden, Germany

• Quantum mechanics (G. Roósz)
• Statistical physics (G. Roósz)