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Oslo Winter School "Standard Model, Quantum Chromodynamics, Heavy Ion Collisions"

2–12 Jan 2018
Skeikampen, Norway
Europe/Oslo timezone

Contribution List

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  1. 38. Recent results from the LHC
    Albert De Roeck
    03/01/2018, 08:45
    Lecture
  2. 39. The Future of Particle Physics: Charting Fundamental Interactions
    Francesco Sannino
    03/01/2018, 09:30
    Lecture
  3. 40. Critical point of nuclear matter and beam energy dependence of net proton number fluctuations
    Mark Gorenstein (Bogolyubov Institute for Theoretical Physics)
    03/01/2018, 10:15
    Lecture
  4. 41. Heavy Ion Physics
    Eero Aleksi Kurkela
    03/01/2018, 15:30
    Lecture
  5. 42. Heavy ion physics - experimental results
    Sonja Kabana (Centre National de la Recherche Scientifique (FR))
    03/01/2018, 16:15
  6. 17. Experimental Discovery of Higgs Boson
    Alexander Lincoln Read (University of Oslo (NO))
    03/01/2018, 17:15
    Lecture
  7. 43. Study of the SM Higgs boson decaying to WW with ATLAS
    Edvin Sidebo
    03/01/2018, 17:30
  8. 44. On interference and non-interference in the SMEFT
    Andreas Helset
    03/01/2018, 17:45
  9. 45. The Little Bang of Heavy Ion Collisions
    Meera Vieira Machado
    03/01/2018, 18:00
  10. 46. Investigation of hadron collisions with angular correlations
    Malgorzata Anna Janik
    03/01/2018, 18:15
    Lecture
  11. 18. Statistics in Experimental Physics
    Alexander Lincoln Read (University of Oslo (NO))
    03/01/2018, 18:25
    Lecture
  12. 47. Dynamical vs. geometric anisotropy in relativistic heavy-ion collisions
    Larisa Bravina
    03/01/2018, 18:30
  13. 48. Charmed states on the lattice
    Elena Lushchevckaya
    03/01/2018, 18:45
  14. 49. 100 years of gravitational waves - history and discovery
    Christopher Messenger
    03/01/2018, 20:45
    Lecture
  15. 50. Recent results from the LHC
    Albert De Roeck
    04/01/2018, 08:30
  16. 51. Dark matter - theoretical overview
    Kai Ronald Schmidt-Hoberg
    04/01/2018, 09:15
  17. 52. GAMBIT: What is it and where is it going?
    Anders Kvellestad
    04/01/2018, 10:00
  18. 62. Introduction to Heavy Ion Collisions
    Evgeny Zabrodin
    04/01/2018, 15:30
    Lecture
  19. 53. Particle physics in the era of Artificial Intelligence
    Kyle Stuart Cranmer
    04/01/2018, 15:30
  20. 54. The proposed ESS neutrino Super Beam and its physics case
    Tord Johan Carl Ekelof
    04/01/2018, 16:15
  21. 63. Strangeness production
    Sonia Kabana
    04/01/2018, 17:15
  22. 55. First physics results with GAMBIT
    Are Raklev
    04/01/2018, 17:30
  23. 56. Sterile neutrinos in GAMBIT
    Tomas Gonzalo
    04/01/2018, 17:45
  24. 57. Separating heavy Higgses using machine learning
    Inga Strumke
    04/01/2018, 18:00
  25. 58. Deep learning particle tracks in the CMS detector
    Joona Juhani Havukainen
    04/01/2018, 18:15
  26. 20. Two-Particle Correlations
    Malgorzata Anna Janik (Warsaw University of Technology (PL))
    04/01/2018, 18:15
    Lecture
  27. 59. Using Machine Learning for a Fast Evaluation of Supersymmetric NLO Cross Sections
    Jon Vegard Sparre
    04/01/2018, 18:45
  28. 64. Symmetry without symmetry
    Hallstein Høgåsen
    04/01/2018, 20:45
  29. 60. Teaching particle physics to teacher students
    Nils-Erik Bomark
    04/01/2018, 20:45
  30. 61. LHC discoveries and particle physics concepts for education
    Eirik Gramstad
    04/01/2018, 21:15
  31. 65. Direct detection of dark matter
    Jan Conrad
    05/01/2018, 08:30
  32. 66. Dark Matter and Dark Sector at the LHC
    Christian Ohm
    05/01/2018, 09:15
  33. 67. Gamma rays from dark matter annihilation into heavy mesons
    Jeriek Van den Abeele
    05/01/2018, 10:00
  34. 68. Advances in software and computing for HEP
    Graeme Stewart
    05/01/2018, 15:30
  35. 23. Building the Standard Model
    Jan O. Eeg (University of Oslo)
    05/01/2018, 15:30
    Lecture
  36. 69. Connecting the Dots - Track reconstruction in the era of Data Science
    Andreas Salzburger
    05/01/2018, 16:15
  37. 22. Introduction to Supersymmetry
    Are Raklev (University of Oslo (NO))
    05/01/2018, 17:30
  38. 70. The BSM Electroweak Phase Transition
    Anders Tranberg
    05/01/2018, 17:30
  39. 71. Search for direct production of sleptons in proton-proton collisions at √s = 13 TeV with the ATLAS detector
    Even Simonsen Haaland
    05/01/2018, 17:45
  40. 72. Search for new phenomena in the dilepton final state using proton-proton collisions at √s = 13 TeV with the ATLAS detector
    Simen Hellesund
    05/01/2018, 18:00
  41. 73. Search for electroweak production of supersymmetric particles in the two and three lepton final state at √s = 13 TeV with the ATLAS detector
    Knut Oddvar Hoie Vadla
    05/01/2018, 18:15
  42. 21. Jet quenching in Heavy Ion collisions
    Malgorzata Anna Janik (Warsaw University of Technology (PL))
    05/01/2018, 18:30
    Lecture
  43. 74. Search for new resonances in events with one lepton and missing transverse momentum in pp collisions at √s = 13 TeV with the ATLAS detector
    Magnar Kopangen Bugge
    05/01/2018, 18:30
  44. 12. Basic concepts of statistical mechanics.
    Mark Gorenstein (Bogolyubov Institute for Theoretical Physics)
    05/01/2018, 20:45
    Lecture

    Main formulae of statistical mechanics. Different statistical ensembles. Relativistic and non-relativistic systems. Quantum statistics. Examples.

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  45. 75. Enhancing detectibility of tri-lepton signatures of Tau-Sneutrino NLSP using machine learning
    Daniel Alvestad
    05/01/2018, 20:45
  46. 76. Measurement of $B^0_s \rightarrow \psi(2S) \phi$ / $B^0_s \rightarrow J/\psi \phi$ ratio
    Haakon Midthun Kolstoe
    05/01/2018, 21:00
  47. 77. Status of Bimetric Gravity
    Fawad Hassan
    06/01/2018, 08:30
  48. 78. Gravitational Waves
    Christopher Messenger
    06/01/2018, 09:15
  49. 79. Analysis of constraints in bimetric gravity
    Anders Lundkvist
    06/01/2018, 10:00
  50. 80. Future accelerators
    Alain Blondel
    06/01/2018, 15:00
  51. 24. RQM 1. General aspects of field theory
    Volodymyr Gorkavenko (Taras Shevchenko National University of Kyiv)
    06/01/2018, 15:00
    Lecture
  52. 6. Introduction to physics of relativistic nucleus-nucleus collisions.
    Prof. Yuriy Sinyukov (BITP)
    06/01/2018, 16:15
    Lecture

    Introduction to physics of relativistic nucleus-nucleus collisions.

    An outline of the fundamentals of relativistic nuleus-nucleus collisions: their purpose, methods of its realization and the physical basis for this. The main features of accelerators and detectors. Description of the observed quantities and methods of their measurement. Among them: the multiplicity of particles at...

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  53. 81. Future Accelerators - Ideas
    Carl Andreas Lindstrom
    06/01/2018, 16:30
  54. 87. Introduction to physics of relativistic nucleus-nucleus collisions
    Prof. Yuriy Sinyukov (BITP)
    06/01/2018, 17:30
  55. 82. The ATLAS Inner Tracker for the HL-LHC
    Craig Wiglesworth
    06/01/2018, 17:30
  56. 83. ATLAS pixel upgrades
    Andreas Lokken Heggelund
    06/01/2018, 17:50
  57. 13. Hadron resonance gas: mean particle multiplicities in nucleus-nucleus collisions.
    Mark Gorenstein (Bogolyubov Institute for Theoretical Physics)
    06/01/2018, 18:00
    Lecture

    Property of hadrons. Conserved charges -- baryonic number, strangeness, electric charge. Chemical equilibrium and chemical potentials. Resonances. Chemical freeze-out and hadron multiplicities in nucleus-nucleus collisions. Canonical ensembles for small systems.

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  58. 84. Making SUSY Natural Again -- Investigating the Naturalness Reach of the International Linear Collider
    Eli Baverfjord Rye
    06/01/2018, 18:05
  59. 85. The High-Granularity Timing Detector proposed for ATLAS Phase II
    Christian Ohm
    06/01/2018, 18:20
  60. 86. Prospects of Sterile Neutrino Search with the FCC-ee
    Sissel Bay Nielsen
    06/01/2018, 18:40
  61. 10. Building the Standard Model
    Prof. Jan Olav
    08/01/2018, 08:30
    Lecture
  62. 34. GEANT4 simulations of transition radiation for detectors of next generation
    Alexander Savchenko
    08/01/2018, 10:00
    Lecture
  63. 35. Polarization radiation from bunches of correlated charged particles
    Daria Danilova
    08/01/2018, 10:15
    Lecture
  64. 25. RQM 2.The scattering matrix. Scattering cross-section, width of decay
    Volodymyr Gorkavenko (Taras Shevchenko National University of Kyiv)
    08/01/2018, 15:00
  65. 36. Quantum Chromodynamics on Lattice
    Elena Luschevskaya
    08/01/2018, 16:15
    Lecture
  66. 14. Quark-gluon plasma: lattice QCD and phenomenological models.
    Mark Gorenstein (Bogolyubov Institute for Theoretical Physics)
    08/01/2018, 17:30
    Lecture

    Quark gluon plasma. Bag model. Lattice QCD results. Experimental signatures.

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  67. 7. Thermal and hydrodynamic models for description of relativistic nucleus-nucleus collisions.
    Prof. Yuriy Sinyukov (BITP)
    08/01/2018, 18:15
    Lecture

    The models of relativistic nuclear-nuclear collisions: statistical, as historically the first, and currently used - thermal, hydrodynamic, kinetic, and others will be described. Significant attention will be paid to the hydrodynamic approach to nuclear collisions modeling as the basis of all modern models. The pioneering analytical model - the hydrodynamic Landau model, as well as the more...

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  68. 97. Long-range Correlations in the Model with String Fusion on a Lattice
    Ms Svetlana Belokurova (Saint Petersburg state university)
    08/01/2018, 20:45
  69. 98. Cumulative production of nucleons by heavy baryonic resonances in proton-nucleus collisions
    Ms Oleksandra Panova (Taras Shevchenko National University of Kiev, Kiev, Ukraine)
    08/01/2018, 21:00

    We investigate nucleon production in proton-nucleus collisions outside the kinematical boundary of proton-nucleon reactions.
    The maximal energy of protons emitted in the backward direction is estimated.
    We suggest that cumulative nucleons are produced by heavy baryonic resonances created in p+A collisions due to successive collisions with nuclear nucleons.
    We also compare theoretical...

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  70. 88. Building the Standard Model
    Jan Olav Eeg
    09/01/2018, 08:30
  71. 89. Glauber model
    Evgeny Zabrodin
    09/01/2018, 09:45
  72. 90. Quantum Chromodynamics on Lattice
    Elena Luschevskaya
    09/01/2018, 15:00
  73. 91. HBT Correlations
    Grigory Nigmatkulov
    09/01/2018, 16:15
  74. 92. HBT Correlations
    Grigory Nigmatkulov
    09/01/2018, 17:30
  75. 15. Phase diagram of strongly interacting matter: 1-st order phase transition and critical point.
    Mark Gorenstein (Bogolyubov Institute for Theoretical Physics)
    09/01/2018, 18:15
    Lecture

    Phase diagram of strongly interacting matter. 1-st order liquid-gas phase transition. Critical point.

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  76. 26. RQM 3. Diagram technique of Feynman
    Volodymyr Gorkavenko (Taras Shevchenko National University of Kyiv)
    09/01/2018, 20:45
  77. 16. Event-by-event fluctuations in high energy collisions: statistical models.
    Mark Gorenstein (Bogolyubov Institute for Theoretical Physics)
    10/01/2018, 08:30
    Lecture

    Fluctuations in the statistical models. Different statistical ensembles. Fluctuations in a vicinity of the critical point.

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  78. 8. Introduction to the hydrokinetic approach.
    Prof. Yuriy Sinyukov (BITP)
    10/01/2018, 09:45
    Lecture
    1. Introduction to the hydrokinetic approach.

    The modern integrated hydrokinetic approach to A+A collisions will be presented. It includes a complete spatiotemporal picture of nucleus-nucleus collisions :
    1) the formation of an initial nonthermal state of matter characterized by a certain distribution of the ultrahigh energy density;
    2) a description of the process of thermalization of...

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  79. 27. RQM 4. Computations of traces of the gamma-matrices products.
    Volodymyr Gorkavenko (Taras Shevchenko National University of Kyiv)
    10/01/2018, 15:30
  80. 93. HBT Correlations
    Grigory Nigmatkulov
    10/01/2018, 17:30
  81. 94. Exercises
    Vladimir Shapoval
    10/01/2018, 20:30
    workshop
  82. 9. The soft physics observables and the space-time picture of nuclear collisions in the integrated hydrokinetic model
    Prof. Yuriy Sinyukov (BITP)
    11/01/2018, 08:30
    Lecture

    4.The soft physics observables and the space-time picture of nuclear collisions in the integrated hydrokinetic model.

    It will be demonstrated how using the integrated hydrokinetic model and the soft physics observables from Large Hadron Collider (LHC) and Relativistic Heavy Ion Collider (RHIC) , to restore space-time picture of the matter evolution in ultrarelativistic nucleus-nucleus...

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  83. 102. The soft physics observables and the space-time picture of nuclear collisions in the integrated hydrokinetic model
    Musfer Adzhymambetov
    11/01/2018, 10:00
  84. 101. Production of mesons with diffractively excited protons at the LHC
    Mr Mark Yuhai
    11/01/2018, 10:15
    Lecture
  85. 28. RQM 5. Calculation of the main processes of the QED
    Volodymyr Gorkavenko (Taras Shevchenko National University of Kyiv)
    11/01/2018, 15:30
  86. 99. Centrality determination in NA49 experiment for p+p collision system at 40A GeV
    Elisaveta Zherebtsova
    11/01/2018, 17:00
    Lecture
  87. 100. Measurement of negatively charged pions elliptic flow in Pb-Pb collisions at 40A GeV in the NA49 experiment
    Iuliia Gornaia (National Research Nuclear University MEPhI (RU))
    11/01/2018, 17:15
  88. 96. Anisotropic Flow
    Larissa Bravina
    11/01/2018, 17:30
  89. 33. Important aspects of QCD
    Jan O. Eeg (University of Oslo)
  90. 32. Qualitative description of QFT and Gauge Theory
    Jan O. Eeg (University of Oslo)
  91. 19. Strangeness Production in heavy ion collisions
    Sonja Kabana (Centre National de la Recherche Scientifique (FR))
    Lecture
  92. 95. students presentations