Dr. Dunai Dániel |
Institute of Nuclear Techniques |
STUDY OF EDGE PLASMA INSTABILITIES IN FUSION PLASMA EXPERIMENTS |
Panka István |
Institute of Nuclear Techniques |
Development and application of burnup dependent group constant generation methodology by Monte Carlo methods for different generations of nuclear reactors |
Csilla Pesznyak |
Institute of Nuclear Techniques |
IMAGE QUALITY AND DOSIMETRIC ANALYZES OF MEDICAL IMAGING DEVICES |
Dunai Dániel |
Institute of Nuclear Techniques |
STUDY OF EDGE PLASMA INSTABILITIES IN FUSION PLASMA EXPERIMENTS |
David Legrady |
Institute of Nuclear Techniques |
Population-based Variance Reduction for dynamic Monte Carlo and fixed-source calculations |
ASZÓDI Attila Dr. |
Institute of Nuclear Techniques |
The role of nuclear energy in Europe's energy supply in the short, medium and long term, with particular reference to security of supply and sustainability aspects |
Barnaföldi Gergely Gábor |
Institute of Nuclear Techniques |
Image Reconstruction Techniques for Proton CT Applications |
Csilla Pesznyak |
Institute of Nuclear Techniques |
DOSIMETRIC ANALYSIS OF ADAPTIVE RADIOTHERAPY |
Dunai Dániel |
Institute of Nuclear Techniques |
Experimental study of edge plasma turbulence and transient events in Wendelstein 7-X stellarator |
David Legrady |
Institute of Nuclear Techniques |
Optimization of GUARDYAN for NPP use |
Gábor Anda |
Institute of Nuclear Techniques |
Proton ion source development for neutron sources |
Csilla Pesznyak, |
Institute of Nuclear Techniques |
PATIENT SPECIFIC QUALITY ASSURANCE IN RADIOTHERAPY |
Gábor Anda |
Institute of Nuclear Techniques |
Mágneses és hőmérsékleti szimulációk proton ionforrás fejlesztéséhez |
Csilla Pesznyak, |
Institute of Nuclear Techniques |
IMAGE QUALITY ANALYSES AND DOSIMETRIC INVESTIGATION IN RADIOLOGY DIAGNOSTIC IMAGING |
György Károlyi |
Institute of Nuclear Techniques |
Role of time dependent parameters in chaotic systems |
Máté Szieberth |
Institute of Nuclear Techniques |
Scenario studies for advanced nuclear fuel cycle options |
Tamás Zoltán Szepesi |
Institute of Nuclear Techniques |
Exploring visible radiation processes in Wendelstein 7-X stellarator plasmas |
Laszlo Szunyogh |
Department of Theoretical Physics |
Magnetic and chemical short-range order in itinerant magnets |
Levente Rózsa |
Department of Theoretical Physics |
Dynamics of Yu-Shiba-Rusinov states in magnet-superconductor hybrid systems |
László Udvardi |
Department of Theoretical Physics |
Magnetic structure of thin films and clusters |
Levente Rózsa |
Department of Theoretical Physics |
Topology and magnonic transport in fluctuating magnetic nanostructures |
Laszlo Szunyogh |
Department of Theoretical Physics |
Magnetism of chemically disordered alloys from first principles |
Wolf György |
Department of Theoretical Physics |
Properties of the high density strongly interacting matter and neutron stars |
Laszlo Szunyogh |
Department of Theoretical Physics |
Magnetism of chemically disordered alloys from first principles |
Levente Rózsa |
Department of Theoretical Physics |
Dynamics of Yu-Shiba-Rusinov states in magnet-superconductor hybrid systems |
Levente Rózsa |
Department of Theoretical Physics |
Exotic spin interactions in magnetic multilayers |
Török János |
Department of Theoretical Physics |
Colllective abrasion of pebbles |
Márton Kormos |
Department of Theoretical Physics |
Correlations in low dimensional quantum systems |
Géza Ódor |
Department of Theoretical Physics |
Investigation of heterogeneity effects in network models |
Levente Rózsa |
Department of Theoretical Physics |
Topology and magnonic transport in fluctuating magnetic nanostructures |
Laszlo Szunyogh |
Department of Theoretical Physics |
Spin-spiral states in ultrathin films and nanowires |
Gábor Takács |
Department of Theoretical Physics |
Dynamics in strongly correlated quantum systems |
Török János |
Department of Theoretical Physics |
Colllective abrasion of pebbles (SH) |
Török János |
Department of Theoretical Physics |
Colllective abrasion of pebbles |
Levente Rózsa |
Department of Theoretical Physics |
Dynamics of Yu-Shiba-Rusinov states in magnet-superconductor hybrid systems |
Márton Kormos |
Department of Theoretical Physics |
Dynamics of open quantum systems |
Török János |
Department of Theoretical Physics |
Colllective abrasion of pebbles |
Laszlo Szunyogh |
Department of Theoretical Physics |
Magnetic correlations in novel two-dimensional heterostructures and molecular magnets |
Karlo Penc |
Department of Theoretical Physics |
Ground state properties and excitations in Mott insulators and superconductors with strong spin-orbit coupling |
Levente Rózsa |
Department of Theoretical Physics |
Topology and magnonic transport in fluctuating magnetic nanostructures |
Géza Ódor |
Department of Theoretical Physics |
Investigation of heterogeneity effects in network models |
Gábor Takács |
Department of Theoretical Physics |
Dynamics in low-dimensional interacting quantum field theories |
Rácz István |
Department of Theoretical Physics |
Constructing generic binary black hole initial data |
András Pályi |
Department of Theoretical Physics |
Spin-based quantum computing |
Balázs Dóra |
Department of Theoretical Physics |
Quantum dynamics in non-hermitian systems |
Balázs Dóra |
Department of Theoretical Physics |
Quantum dynamics in non-hermitian systems |
Laszlo Szunyogh |
Department of Theoretical Physics |
Magnetic correlations in novel two-dimensional heterostructures and molecular magnets |
Miklós Zétényi |
Department of Theoretical Physics |
Phenomenology of baryon resonances in effective Lagrangian models |
Zoltan Bajnok |
Department of Theoretical Physics |
Integrable aspects of the AdS/CFT duality |
Ódor Géza |
Department of Theoretical Physics |
Investigation of heterogeneity effects in network models |
András Pályi |
Department of Theoretical Physics |
Spin-based quantum computing |
Géza Ódor |
Department of Theoretical Physics |
Investigation of heterogeneity effects in network models |
Török János |
Department of Theoretical Physics |
Colllective abrasion of pebbles |
Márk Géza istván |
Department of Theoretical Physics |
Wave packet dynamical calculations for heterostructures of 2D materials |
András Pályi |
Department of Theoretical Physics |
Geometry in condensed-matter physics and quantum information |
Levente Rózsa |
Department of Theoretical Physics |
Dynamics of Yu-Shiba-Rusinov states in magnet-superconductor hybrid systems |
Laszlo Szunyogh |
Department of Theoretical Physics |
Spin-spiral states in ultrathin films and nanowires |
Török János |
Department of Theoretical Physics |
Colllective abrasion of pebbles |
Karlo Penc |
Department of Theoretical Physics |
Excitations and quantum scars in Mott insulators and superconductors with strong spin-orbit coupling |
Rácz, István |
Department of Theoretical Physics |
Investigation of the stability of the inner Cauchy horizon of black holes. |
Tamás Börzsönyi |
Department of Theoretical Physics |
Flow analysis by digital image processing |
Tamás Börzsönyi |
Department of Theoretical Physics |
Flow analysis by digital image processing |
Péter Pál Lévay |
Department of Theoretical Physics |
The geometry of segmented strings and quantum entanglement |
Sándor Bordács |
Department of Physics |
Magneto-optical spectroscopy in topogical semimetals |
Csonka Szabolcs |
Department of Physics |
Spintronics using 2D van der Waals heterostructures |
Szabolcs Csonka |
Department of Physics |
Topological superconducting nanostructures |
Szabolcs Csonka |
Department of Physics |
Superconducting semiconductor hybrids for future qubit |
András Wacha |
Department of Physics |
Synergetic Combination of Experiment and Simulation in the Study of the Interaction between Phospholipid Membranes and Guest Molecules |
Zsolt Kis |
Department of Physics |
Polariation control of light in long distance optical fiber links |
Wolf György |
Department of Physics |
Properties of the high density strongly interacting matter and neutron stars |
Katalin Kamaras |
Department of Physics |
Preparation and nanoscale investigation of hybrid molecular systems |
David Szaller |
Department of Physics |
Magnetic and magnetoelectric properties of van der Waals magnets |
Peter Nemes-Incze |
Department of Physics |
Investigating the properties of 2D topological electron systems |
Sándor Bordács |
Department of Physics |
Magneto-optical spectroscopy in topogical semimetals |
Wolf György |
Department of Physics |
Properties of the high density strongly interacting matter and neutron stars |
Zsolt Kis |
Department of Physics |
Enhancing atom-light coupling with dielectric nanostructures |
Wolf György |
Department of Physics |
Properties of the high density strongly interacting matter: simulations for the CBM detector |
Peter Domokos |
Department of Physics |
Nonlinear quantum optics with cold atoms in cavity QED |
Pekker Áron |
Department of Physics |
Near-field infrared microscopy of low-dimensional systems |
Peter Domokos |
Department of Physics |
Nonlinear quantum optics with cold atoms in cavity QED |
Makk Péter |
Department of Physics |
Tuning correlations in twisted van der Waals structures |
Makk Péter |
Department of Physics |
TUNING CORRELATIONS IN TWISTED VAN DER WAALS STRUCTURES |
Peter Nemes-Incze |
Department of Physics |
Investigating the properties of 2D topological electron systems |
Péter Makk |
Department of Physics |
Tuning correlations in twisted van der Waals structures |
Halbritter András Ernő |
Department of Physics |
Simulation of memristive computing architectures with realistic device characteristics |
Levente Tapaszto |
Department of Physics |
Engineering moire superlattices in 2D heterostructures |
Ferenc Simon |
Department of Physics |
Optically detected magnetic resonance on qubit candidate solid state realizations |
Makk Péter |
Department of Physics |
Spintronics using 2D ferromagnets |
Makk Péter |
Department of Physics |
TUNING CORRELATIONS IN TWISTED VAN DER WAALS STRUCTURES |
Rácz István |
Department of Physics |
Initializing dynamical black hole evolutions |
Zoltán Németh |
Department of Physics |
Elucidating the structure-function relationship in functional molecules with state-of-the-art X-ray spectroscopies and scattering |
Makk Péter |
Department of Physics |
TUNING CORRELATIONS IN TWISTED VAN DER WAALS STRUCTURES |
Lengyel Krisztián |
Department of Atomic Physics |
Rare earth ions in nanocrystals for single photon sources |
Tibor Höltzl |
Department of Atomic Physics |
Interaction of metal clusters and doped graphene: from electronic structure to electrocatalysis |
Ádám Gali |
Department of Atomic Physics |
Ab initio simulation of point defects in solids acting as qubits |
Gergő Thiering |
Department of Atomic Physics |
Atomistic-scale simulations of point defects acting as qubits in diamond and other semiconductors |
Gergő Thiering |
Department of Atomic Physics |
Atomistic-scale simulations of point defects acting as qubits in diamond and other semiconductors |
Gergő Thiering |
Department of Atomic Physics |
Atomistic-scale simulations of point defects acting as qubits in diamond and other semiconductors |
Krisztián Lengyel |
Department of Atomic Physics |
Rare earth ions in nanocrystals for single photon sources |
Ádám Gali |
Department of Atomic Physics |
Ab initio simulation of point defects in solids acting as qubits |
Gábor Piszter |
Department of Atomic Physics |
Investigation and application of biological and bioinspired photonic nanoarchitectures |
Ádám Gali |
Department of Atomic Physics |
Singe spin resonance in solids by optical means |
Sándor Lenk |
Department of Atomic Physics |
Development of precision fluorescence measurement techniques for biological and materials science applications |