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343347103.Pdf Wigner RCP 2016 Annual Report Wigner Research Centre for Physics Hungarian Academy of Sciences Budapest, Hungary 2017 Wigner Research Centre for Physics Hungarian Academy of Sciences Budapest, Hungary 2017 Published by the Wigner Research Centre for Physics, Hungarian Academy of Sciences Konkoly Thege Miklós út 29-33 H-1121 Budapest Hungary Mail: POB 49, H-1525 Budapest, Hungary Phone: +36 (1) 392-2512 Fax: +36 (1) 392-2598 E-mail: [email protected] http://wigner.mta.hu © Wigner Research Centre for Physics ISSN: 2064-7336 Source of the lists of publications: MTMT, http://www.mtmt.hu This yearbook is accessible at the Wigner RCP Homepage, http://wigner.mta.hu/en/yearbook Wigner RCP 2016 – Annual Report Edited by TS. Bíró, V. Kozma-Blázsik, A. Kmety, B. Selmeci Proofreaders: I. Bakonyi, P. Ván Closed on 15. April, 2017 List of contents Foreword ......................................................................................................................... 6 Foreword from the Director of the Institute for Solid State Physics and Optics .................. 8 Awards and prizes .......................................................................................................... 10 Key figures and organizational chart ............................................................................... 11 Most important events of the year 2016 ......................................................................... 13 Listening to the cosmic whisper ...................................................................................... 15 Research grants and international scientific cooperation ................................................ 19 Innovation activities of Wigner RCP ................................................................................ 22 Outstanding research groups .......................................................................................... 24 R-C. Gravitational physics ..................................................................................................... 25 R-E. Theoretical neuroscience and complex systems .......................................................... 29 R-F. Holographic quantum field theory ................................................................................ 33 R-G. Computational systems neuroscience ......................................................................... 38 R-I. “Lendület” innovative gaseous detector development ................................................ 42 R-K. Femtosecond spectroscopy and X-ray spectroscopy ................................................... 47 R-R. Pellet and video diagnostics ......................................................................................... 54 S-A. Strongly correlated systems ......................................................................................... 61 S-B. Complex systems ........................................................................................................... 67 S-C. Long-range order in condensed systems ...................................................................... 72 S-D. Semiconductor nanostructures .................................................................................... 79 S-P. Ultrafast, high intensity light-matter interactions ........................................................ 85 S-R. Nanostructures and applied spectroscopy ................................................................... 90 S-S. Quantum optics ............................................................................................................. 95 S-T. Quantum information and foundations of quantum mechanics .................................. 98 Institute for Particle and Nuclear Physics ..................................................................... 102 R-A. Field theory ................................................................................................................. 103 R-B. Heavy-ion physics ....................................................................................................... 106 R-D. Femtoscopy ................................................................................................................ 114 R-H. Hadron physics ........................................................................................................... 119 R-J. Standard model and new physics ................................................................................ 125 R-L. Functional nanostructures .......................................................................................... 130 R-M. Ion beam physics ....................................................................................................... 133 R-N. Cold plasma and atomic physics in strong field ......................................................... 137 R-O. ITER and fusion diagnostic development ................................................................... 141 4 R-P. Laser plasma ............................................................................................................... 143 R-Q. Beam emission spectroscopy ..................................................................................... 146 R-S. Space physics .............................................................................................................. 150 R-T. Space technology ........................................................................................................ 155 Laboratory of rehabilitation-technology ............................................................................ 161 Institute for Solid State Physics and Optics ................................................................... 164 S-E. Non-equilibrium alloys ................................................................................................ 165 S-F. Laboratory for advanced structural studies ................................................................ 167 S-G. Radiofrequency spectroscopy .................................................................................... 172 S-H. Partially ordered systems ........................................................................................... 174 S-I. Electrodeposited nanostructures ................................................................................. 179 S-J. Gas discharge physics .................................................................................................. 182 S-K. Liquid structure ........................................................................................................... 187 S-L. Nanostructure research by neutron scattering ........................................................... 191 S-M. Neutron optics ........................................................................................................... 197 S-N. Laser applications and optical measurement techniques .......................................... 200 S-O. Femtosecond lasers for nonlinear microscopy .......................................................... 203 S-Q. Crystal physics ............................................................................................................ 206 Wigner Datacenter ....................................................................................................... 210 Wigner GPU Laboratory ................................................................................................ 212 The Research Library .................................................................................................... 214 Supplementary data ..................................................................................................... 216 Education ............................................................................................................................ 217 Dissertations ....................................................................................................................... 227 Memberships ..................................................................................................................... 228 Conferences ........................................................................................................................ 239 Wigner Colloquia ................................................................................................................ 242 Seminars ............................................................................................................................. 243 5 DEAR READER, We have completed the fifth year of the Wigner Research Centre for Physics (Wigner RCP). The year 2013 was the year of exploring new ways and new directions for the activities of the research groups and the whole institute. We can consider 2014 and 2015 as a years of strengthening, when we improved and extended our activities. In 2016 we had to prepare a 5 years report, which was evaluated by different committees of the Hungarian Academy of Sciences. At the end of the evaluation we have received the “excellent” mark for the Wigner RCP’s activity and for both of the two member institutes’ activity. In this Annual Report 2016 we display and summarize the scientific achievements of the research groups, which gave the basis of this important result. The prestigious MTA Momentum Research Groups, all of the eight, continued their well supported and visible research activity with excellent results, as well as the one group supported in the framework of the National Brain Project (“NAP: Nemzeti Agy Program”). The Wigner scientific community has selected
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