ANNUAL REPORT - MTA SzFKI

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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 90
⎯ Neutron beam methods in materials science, (L, Rosta, BME) ⎯ Neutron scattering in condensed matter (L. Rosta, ME 4 ) ⎯ Disorder in condensed phases (L. Pusztai, ELTE) ⎯ From femtosecond lasers to attophysics (P. Dombi, SZTE 5 ) ⎯ Physics of amorphous matter I.-II. (M. Koós, SZTE) ⎯ Growth, processing and characterization of nonlinear optical crystals (In: Applied Lasertechnics, I. Földvári, BME) ⎯ Classic theories of crystal nucleation (L. Malicskó, BME) ⎯ Theories of crystal growth (L. Malicskó, BME) ⎯ Microscopic characterization of crystals (L. Malicskó, BME) ⎯ Microscopy in materials science (L. Malicskó, BME) ⎯ Technical application of crystals (E. Hartmann, BME) ⎯ The characterization of crystals ( E. Hartmann, BME) ⎯ Infrared vibrational spectroscopy, part of the course Experimental methods in materials science (L. Kovács, BME) ⎯ Thermodynamics (P. Ádám, PTE 6 ) ⎯ Quantum mechanics I-II (P. Ádám, PTE) ⎯ Resonant light-matter interaction (P. Ádám, PTE) ⎯ Open Quantum Systems (P. Ádám, PTE) ⎯ Theory of laser cooling and trapping (P. Domokos, ELTE, BME) ⎯ Quantum mechanics (J. Janszky, PTE) ⎯ Quantum information theory (P. Ádám, PTE) ⎯ Applied optics (T. Kiss, ELTE) ⎯ Information theory (M. Koniorczyk, PTE) ⎯ Many-body problem in quantum mechanics (M. Koniorczyk, PTE) ⎯ Introduction to programming (M. Koniorczyk, PTE) ⎯ Operating systems II. (M. Koniorczyk, PTE) ⎯ Introduction to quantum optics (Z. Kis, ELTE) ⎯ Coherent control of quantum systems (Z. Kis, ELTE) ⎯ Many-body problems I. (G. Szirmai, P. Szépfalusy, ELTE) ⎯ Many-body problems II. (P. Szépfalusy, G. Szirmai, ELTE) 4 ME = University of Miskolc 5 SZTE = University of Szeged 6 PTE = University of Pécs 91
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ANNUAL REPORT 2007 RESEARCH INSTITU
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Dear Reader, It is my pleasure to h
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Key figures Permanent staff of the
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A. STRONGLY CORRELATED SYSTEMS J. S
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presented detailed study should hel
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B. COMPLEX SYSTEMS F. Iglói, R. Ju
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B.3. B.4. B.5. B.6. B.7. B.8. B.9.
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the α2 reconstruction increases on
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C.2. C.3. Kádas K, Vitos L, Johans
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C.27. Ropo * M, Kokko * K, Punkkine
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I 25 4 3 Fig. 2. Average intensity
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See also H.6. and nanostructured Pd
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Ab initio structure solution. — I
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ESA PECS 98021 Phase field modeling
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Conference proceedings E.17. Oszlá
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Fig. 1. ns-EC to s-EC transition in
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Publications Articles F.1. F.2. Bö
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G. ELECTRON CRYSTALS G. Kriza, P. M
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H. METAL PHYSICS K. Tompa, I. Bakon
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thickness can be elucidated by deco
Page 42 and 43: I. METALLURGY AND MAGNETISM L.K. Va
Page 44 and 45: temperature profile increases the s
Page 46 and 47: I.13 Kane * SN, Khinchi * SS, Gercs
Page 48 and 49: SANS. The measured 3 control rods w
Page 50 and 51: J.3. J.4. J.5. J.6. J.7. Avdeev * M
Page 52 and 53: Macromolecular Compounds (Visokomol
Page 54 and 55: defined coordination sphere was fou
Page 56 and 57: László Temleitner temla@szfki.hu
Page 58 and 59: Book chapter K.22. Temleitner L, Pu
Page 60 and 61: Fig. 1 Characteristics of surface p
Page 62 and 63: M. LASER PHYSICS K. Rózsa, G. Bán
Page 64 and 65: Publications Articles M.1. Sigenege
Page 66 and 67: O. LASER APPLICATION A. Czitrovszky
Page 68 and 69: Raman spectroscopy is widely used f
Page 70 and 71: Bilateral Austro-Hungarian Cooperat
Page 72 and 73: P. FEMTOSECOND LASERS R. Szipőcs,
Page 74 and 75: Grants and international cooperatio
Page 76 and 77: E-Mail: Kárpát Ferencz optilab@t-
Page 78 and 79: y optical microscopy. While in Y 2
Page 80 and 81: Publications: Articles R.1. Földv
Page 82 and 83: S. CHARACTERIZATION AND POINT DEFEC
Page 84 and 85: groups of the Li 2 B 4 O 7 lattice.
Page 86 and 87: S.10. Lengyel K, Kovács L, Péter
Page 88 and 89: entanglement one has to find method
Page 90 and 91: T.7. T.8. T.9. Asbóth JK, Domokos
Page 94 and 95: Laboratory practice and seminars
Page 96 and 97: G. Dravecz (ELTE and Université de
Page 98 and 99: ⎯ K. Kamarás: Editorial Board Me
Page 100 and 101: CONFERENCES ⎯ Electrochemistry se
Page 102: TABLE of CONTENTS PREFACE 1 KEY FIG
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