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Zimanyi Winter School

5–9 Dec 2022
Europe/Budapest timezone

Contribution List

90 out of 90 displayed
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  1. 2. Opening
    Peter Levai (Wigner Research Centre for Physics (Wigner RCP) (HU))
    05/12/2022, 08:45
  2. 3. The complex potential T>0
    Peter Petreczky (BNL)
    05/12/2022, 09:00
  3. 4. How fast do heavy quarks thermalize? (The heavy quark diffusion coefficient from lattice QCD) - online contribution
    Luis Altenkort
    05/12/2022, 09:35
  4. 5. Screening effects at non-zero chemical potential and magnetic field
    Michal Szymanski (University of Wroclaw)
    05/12/2022, 10:10
  5. 6. Stabilising the complex Langevin method for real-time simulations of Yang-Mills theories
    Paul Hotzy (TU Wien)
    05/12/2022, 11:00
    QCD
  6. 7. Fighting the sign problem with contour deformations
    Mr David Pesznyak
    05/12/2022, 11:15
    QCD
  7. 8. Thermalization of gluons in spatially homogeneous systems
    Sergio Barrera Cabodevila (Instituto Galego de Física de Altas Enerxías (IGFAE))
    05/12/2022, 11:30
    QCD
  8. 9. Tests of the CPT invariance at CERN
    Dezso Horvath (Wigner RCP, Budapest (HU))
    05/12/2022, 11:45
    QCD
  9. 10. Heavy flavour measurements with ALICE at the LHC
    Jacek Tomasz Otwinowski (Institute of Nuclear Physics Polish Academy of Sciences (PL))
    05/12/2022, 13:45
  10. 11. Measurements of J/Psi production vs event multiplicity in the forward rapidity in p + p collisions in the PHENIX experiment
    Dr Zhaozhong Shi (Los Alamos National Laboratory)
    05/12/2022, 14:20
  11. 12. Production of heavy flavor in small systems
    Robert Vertesi (Wigner Research Centre for Physics (Wigner RCP) (HU))
    05/12/2022, 14:55
  12. 13. Disentangling the gluon Bremsstrahlung effects from the underlying event in high-multiplicity pp collisions
    Gyula Bencedi (Wigner Research Centre for Physics (Wigner RCP) (HU))
    05/12/2022, 15:20
  13. 14. Defining the Underlying-Event Activity in the Presence of Heavy-Flavour Processes in Proton-Proton Collisions at LHC Energies
    Laszlo Gyulai (Wigner Research Centre for Physics (Wigner RCP) (HU))
    05/12/2022, 15:35
  14. 15. Toward a nonet of light exotic mesons
    Prof. Francesco Giacosa (Kielce University)
    05/12/2022, 16:20
  15. 16. Glueball Resonance Gas Model
    Shahriyar Jafarzade (CERN)
    05/12/2022, 16:55
  16. 17. Compact Stars in 1+4-dimensional Space-time with interacting nuclear matter (12+3 min)
    Anna Horvath (Eotvos Lorand University (HU))
    05/12/2022, 17:10
  17. 18. Bayesian study of quark matter inside hybrid stars
    János Takátsy
    05/12/2022, 17:25
  18. 19. Measurements of Femtoscopic Correlations in CMS
    Sandra Padula (UNESP - Universidade Estadual Paulista (BR))
    06/12/2022, 09:00
  19. 20. Overview of Lévy femtoscopy from SPS through RHIC to LHC
    Mate Csanad (Eotvos University, Budapest)
    06/12/2022, 09:35
  20. 21. Bose-Einstein correlation measurement with symmetric Levy soruce at NA61/SHINE
    Barnabas Porfy (Wigner Research Centre for Physics (Wigner RCP) (HU))
    06/12/2022, 10:00
  21. 22. Two-particle angular correlations of identified particles in pp collisions at &#8730s = 13 TeV with ALICE
    Daniela Ruggiano (Warsaw University of Technology (PL))
    06/12/2022, 10:15
  22. 23. Signatures of Short-Range Correlations in collisions of Intermediate energy Heavy Ions
    Kris Hagel (Texas A & M University)
    06/12/2022, 11:00
  23. 24. Exploring heavy-ion collisions in the Fermi regime with the FAZIA multi-telescope array
    Dr Alberto Camaiani (IKS - KU LEUVEN)
    06/12/2022, 11:25
  24. 25. Symmetry energy studies at intermediate energies: first experiment with the INDRA-FAZIA apparatus
    Dr Caterina Ciampi (GANIL, Caen, France)
    06/12/2022, 11:50
  25. 26. Deblurring 3D Characteristics of Heavy-Ion Collisions
    Pawel Danielewicz (Michigan State University)
    06/12/2022, 13:45
  26. 27. Correlations and probes of nuclear transport in heavy-ion collisions
    Giuseppe VERDE
    06/12/2022, 14:20
  27. 28. Reconstruction of neutral mesons via photon conversion method in Ag-Ag collisions at 1.58 AGeV with HADES
    Ms Tetiana Povar (University of Wuppertal, Wuppertal, Germany)
    06/12/2022, 14:45
  28. 29. Deuteron production in heavy-ion collisions
    Boris Tomasik (Univerzita Mateja Bela)
    06/12/2022, 15:30
  29. 30. Estimating Elliptic Flow Coefficient in Heavy Ion Collisions using Deep Learning
    Gergely Barnafoldi (Hungarian Academy of Sciences (HU))
    06/12/2022, 16:05
  30. 31. High-pT v_4 puzzle and importance of higher harmonics in QGP tomography
    Dusan Zigic (Institute of Physics Belgrade)
    06/12/2022, 16:30
  31. 32. Next-Generation Multi-Fluid Hydrodynamics for RHIC BES
    Jakub Cimerman (Faculty of Nuclear Sciences and Physical Engineering, Czech Technical University)
    06/12/2022, 16:45
  32. 33. Exact and analytic solutions of non-relativistic, viscous hydrodynamics
    Gábor Kasza
    06/12/2022, 17:00
  33. 1. Experimental overview on searches for early stage E/M fields and novel QCD phenomena
    Panos Christakoglou (Nikhef National institute for subatomic physics (NL))
    06/12/2022, 17:40
  34. 34. Spin polarization measurements in relativistic heavy-ion collisions
    Dr Debojit Sarkar (Niels Bohr Institute, University of Copenhagen, Denmark)
    07/12/2022, 09:00
  35. 35. Recent theoretical results on spin polarization
    Francesco Becattini
    07/12/2022, 09:35
  36. 36. Vorticity and polarization at RHIC and the LHC
    Huichao Song (LBNL)
    07/12/2022, 10:10
  37. 37. Self-similar solutions of the diffusion equation
    Dr Imre Ferenc Barna (Wigner Research Center)
    07/12/2022, 11:10
  38. 38. Shakhov-like extension of the RTA in relativistic kinetic theory
    Victor Eugen Ambrus (West University of Timisoara (RO))
    07/12/2022, 11:35
  39. 39. Perturbative approaches in relativistic kinetic theory and the emergence of first-order hydrodynamics
    Gabriel Soares Rocha
    07/12/2022, 12:00
  40. 40. A new formalism to determine QCD equation of state at a finite chemical potential
    Sabarnya Mitra (Indian Institute of Science, Bangalore)
    07/12/2022, 12:15
  41. 41. Jets Measurements with PHENIX - online contribution
    Megan Elizabeth Connors
    07/12/2022, 14:00
  42. 42. Jet quenching in evolving anisotropic matter
    Andrey Sadofyev (Massachusetts Inst. of Technology (US))
    07/12/2022, 14:35
  43. 43. Analysis of strange V0 particles in jets produced in PbPb collisions at the ALICE experiment at CERN
    Ekaterina Grecka (Czech Academy of Sciences (CZ))
    07/12/2022, 15:00
  44. 44. Medium induced gluon spectrum in dense inhomogeneous matter
    Xoan Mayo Lopez (Universidade de Santiago de Compostela (ES))
    07/12/2022, 15:15
  45. 45. Studies of color reconnection and fragmentation with the CMS
    Attila Jozsef Radl (Eotvos Lorand University (HU))
    07/12/2022, 15:30
  46. 46. Anisotropy of the QGP droplet investigated through high-pt data
    Mr Stefan Stojku
    07/12/2022, 15:45
  47. 47. Nanoplasmonic laser fusion
    Laszlo Csernai (Department of Physics and Technology)
    07/12/2022, 16:30
  48. 48. With nanoplasmonics towards fusion
    Tamas Sandor Biro (MTA Wigner RCP)
    07/12/2022, 16:55
  49. 49. Particles and Plasmas in the Primordial Universe
    Johann Rafelski (University of Arizona)
    07/12/2022, 17:20
  50. 50. Constraining Neutron Stars With Microscopic and Macroscopic Collisions - online contribution
    Arnaud Le Fèvre
    08/12/2022, 09:00
  51. 51. Reaching percolation and conformal limits in neutron stars
    Michał Marczenko (University of Wrocław)
    08/12/2022, 09:35
  52. 52. Quantum design in study of pycnonuclear reactions in compact stars: Nuclear fusion, new quasibound states and spectroscopy
    Dr Sergei Maydanyuk (Wigner Research Centre for Physics, Budapest, Hungary)
    08/12/2022, 10:00
  53. 56. Recent results from the TOTEM Experiment - online contribution
    Frigyes Janos Nemes (CERN (also at Wigner RCP Budapest, Hungary))
    08/12/2022, 10:50
  54. 53. Model independent Odderon results - based on new TOTEM data at 8 TeV
    Tamas Csorgo (MATE Institute of Technology Karoly Robert Campus (HU))
    08/12/2022, 11:15
  55. 54. Levy generalization of the Phillips-Barger model for elastic pp scattering
    Andras Ster (Hungarian Academy of Sciences (HU))
    08/12/2022, 11:40
  56. 55. The ReBB model at 8 TeV: Odderon exchange is a certainty
    Istvan Szanyi (Eötvös University, Wigner RCP, MATE KRC)
    08/12/2022, 12:05
  57. 57. Event-by-event analysis of the two particle source in EPOS
    Dániel Kincses (Eötvös Loránd University)
    08/12/2022, 14:00
  58. 58. Lévy-type HBT correlation measurements for identical kaons at PHENIX
    Marton Nagy (Eotvos Lorand University (HU))
    08/12/2022, 14:03
  59. 59. Centrality dependent Levy HBT analysis at CMS
    Balazs Korodi (Eotvos Lorand University (HU))
    08/12/2022, 14:06
  60. 60. Cumulants with global baryon conservation and short-range correlations
    Michal Barej (AGH UST Krakow)
    08/12/2022, 14:09
  61. 61. Event-shape-dependent analysis of charm-anticharm correlations in simulations
    Ms Anikó Horváth (Wigner RCP, Eotvos University, Budapest, Hungary)
    08/12/2022, 14:12
  62. 62. Event-activity dependence of charm and beauty baryon production at LHC energies
    Zoltan Varga (Wigner Research Centre for Physics (Wigner RCP) (HU))
    08/12/2022, 14:15
  63. 63. Analysis of pi0 in the large 2014 200 GeV Au+Au dataset from PHENIX
    Ms Nour Abdulameer (DEBRECEN UNIVERSITY)
    08/12/2022, 14:18
  64. 64. Flow fluctuation and factorization breaking in heavy ion collision
    Rupam Samanta (AGH University of Science and Technology)
    08/12/2022, 14:21
  65. 65. Jet energy loss in relativistic heavy-ion collisions with realistic medium modeling
    Josef Bobek (CTU FNSPE)
    08/12/2022, 14:24
  66. 66. Hadron production from virtual leading partons
    Dr Karoly Urmossy (Dept. for Atomic Phys. ELTE, Budapest, Hungary)
    08/12/2022, 14:27
  67. 67. The development of a Machine Learning-based hadronization model
    Gabor Biro (Wigner Research Centre for Physics (Wigner RCP) (HU))
    08/12/2022, 14:30
  68. 68. Measuring pseudorapity distributions with STAR EPD detector
    Mátyás Molnár
    08/12/2022, 14:33
  69. 69. Newtonian noise estimation for ET - the effect of rock rheology
    Dr Mátyás Szücs (Wigner Research Centre for Physics, Budapest, Hungary)
    08/12/2022, 14:36
  70. 70. Probability density-based image reconstruction for proton Computed Tomography
    Akos Sudar (Wigner Research Centre for Physics (Wigner RCP) (HU))
    08/12/2022, 14:39
  71. 71. Contributions of gravitational-wave observations to heavy-ion physics
    Edit Fenyvesi
    08/12/2022, 14:42
  72. 72. Thermodynamic modified gravity and dark matter
    Máté Pszota (Eötvös University, Wigner RCP, Budapest, Hungary)
    08/12/2022, 14:45
  73. 73. Superfluid thermodynamics
    Péter Ván
    08/12/2022, 14:48
  74. 74. Exploring Quantum Entanglement in Relativistic Heavy Ion Collisions
    Eliana Paula Romero Marroquin (Universidade de Sao Paulo (BR))
    08/12/2022, 14:51
  75. 75. Tensor glueball scattering relevance for Glueball Resonance Gas
    Enrico Trotti
    08/12/2022, 14:54
  76. 76. Importance of the vacuum size in finite volume effects on the QCD phase diagram
    Győző Kovács (Wigner RCP)
    08/12/2022, 14:57
  77. 90. Isospin breaking in the Extended Linear Sigma model
    Dr Péter Kovács (Wigner RCP)
    08/12/2022, 15:00
  78. 77. Study of self-similar solution of self-gravitating non-relativistic fluids
    Balazs Endre Szigeti (Wigner Research Centre for Physics (Wigner RCP) (HU))
    08/12/2022, 15:03
  79. 78. Propagation properties of spin degrees of freedom within the framework of relativistic hydrodynamics with spin
    Mr Rajeev Singh (Institute of Nuclear Physics Polish Academy of Sciences)
    08/12/2022, 15:06
  80. 79. Accessing nuclear structure at colliders via high-energy isobar collisions - online contribution
    Giuliano Giacalone (Universität Heidelberg)
    09/12/2022, 09:00
  81. 80. The early stage of heavy-ion collisions
    Dr Xiaojian Du (Bielefeld University)
    09/12/2022, 09:35
  82. 81. Opacity dependence of pre-equilibrium and applicability of hydrodynamics in heavy-ion collisions
    Clemens Werthmann
    09/12/2022, 10:10
  83. 82. Jet momentum broadening during initial stages of heavy-ion collisions from effective kinetic theory
    Florian Lindenbauer (TU Wien)
    09/12/2022, 10:25
  84. 83. Experimental overview of vector mesons spin alignment - online contribution
    Livio Bianchi (Universita e INFN Torino (IT))
    09/12/2022, 11:05
  85. 84. Study of the K+ decay with the NA62 Experiment
    Anna Feherkuti (Eotvos Lorand University (HU))
    09/12/2022, 11:40
  86. 85. Effective spectral functions of vector mesons from lifetime analysis
    Renan Hirayama (FIAS)
    09/12/2022, 11:55
  87. 86. Phase transitions in relativistic meson systems
    Dmitry Anchishkin (Bogolyubov Institute for Theoretical Physics (ITP))
    09/12/2022, 14:00
  88. 87. N = 4 supersymmetric Yang-Mills thermodynamics to order lambda^(5/2) from effective field theory
    Ubaid Tantary (Kent State University, Kent Ohio, USA)
    09/12/2022, 14:25
  89. 88. Advancements in the Einstein Telescope project
    Robert Kovacs
    09/12/2022, 14:40
  90. 89. Closing Remarks, Awards
    Mate Csanad (Eotvos University, Budapest)
    09/12/2022, 15:05