ANNUAL REPORT - MTA SzFKI

EDUCATION
Graduate and postgraduate courses, 2007
⎯ Completely integrable many body systems (F. Woynarovich, ELTE 1 )
⎯ Advanced solid-state physics (J. Sólyom ELTE)
⎯ Electrodynamics of continuos media (F. Woynarovich, ELTE)
⎯ Statistical physics (F. Iglói , SZTE 2 )
⎯ Application of statistical physics (F. Iglói, SZTE)
⎯ Disordered systems (F. Iglói, SZTE)
⎯ Many body systems I. (P. Szépfalusy, ELTE)
⎯ Many body systems II. (P. Szépfalusy, ELTE)
⎯ The theory of magnetism I (P. Fazekas, BME 3 )
⎯ Metal physics (J. Kollár, BME)
⎯ Advanced solid state physics II.-III. (I. Tüttő, ELTE)
⎯ Solid state research I.-II. (I. Vincze, ELTE)
⎯ Amorphous and crystalline materials (regular lecture for 4th grade engineering physics
students) (S. Kugler * and T. Kemény, BME)
⎯ Calorimetry (in the framework of “Experimental methods in solid state research”
course, T. Kemény, ELTE)
⎯ Spectroscopy and material structure (K. Kamarás, BME)
⎯ Infrared and Raman spectroscopy (K. Kamarás, BME)
⎯ Macromolecules I. (S. Pekker ELTE)
⎯ Physics of liquid crystals and polymers (Á. Buka and N. Éber, ELTE)
⎯ Non-conventional materials (Á. Buka, BME)
⎯ Liquid crystals, their chemistry and chemical physics. (K. Fodor-Csorba)
⎯ Pattern formation in complex systems (Á. Buka, ELTE)
⎯ Physics of granular materials (J. Kertész*, T. Unger* and T. Börzsönyi, BME)
⎯ Nanophase metals (I. Bakonyi, ELTE)
⎯ Advanced material technology (G. Konczos, BME and ELTE)
⎯ Group theory in solid state research (G. Kriza, BME)
⎯ Superconductivity (G. Kriza, BME)
⎯ Application of thermal neutrons for study of condensed matter (L. Cser, ELTE)
1 ELTE = Loránd Eötvös University, Budapest
2 SZTE = University of Szeged
3 BME = Budapest University of Technology and Economics
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