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    Future Prospects in High Energy Physics - Symposium in honor of the 60th birthday of Halina Abramowicz

    5 January 2014
    Tel Aviv University
    Israel timezone

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    Contribution List

    43 out of 43 displayed
    1. 33. Opening
      David Andelman (Tel Aviv University)
      05/01/2014, 09:15
    2. 34. Physics with Neutrinos at the CERN SPS in the early 1980s
      Wolf-Dieter Schlatter (CERN)
      05/01/2014, 09:30
    3. 35. Neutrino oscillations, today and tomorrow
      Ewa Rondio (National Centre for Nuclear Research)
      05/01/2014, 10:00
    4. 36. Dynamic Quantum Clustering (DQC) facilitates visual exploration of big data
      David Horn (Tel Aviv University)
      05/01/2014, 11:00
    5. 37. Diffraction at HERA
      Prof. Claudia Beatriz Glasman Kuguel (Universidad Autonoma de Madrid (ES))
      05/01/2014, 11:30
    6. 38. After the first LHC phase
      Stefan Pokorski (Warsaw University)
      05/01/2014, 12:00
    7. 39. Physics scope of CLIC, a future TeV-scale e+e- linear collider
      Lucie Linssen (CERN)
      05/01/2014, 14:00
    8. 40. Plasma wakefield acceleration and the future of particle physics
      Allen Caldwell (Max Planck Institute)
      05/01/2014, 14:30
    9. 41. Status of the Cherenkov Telescope Array Project
      Stefan Schlenstedt (DESY)
      05/01/2014, 15:00
    10. 42. 1913: A wonder year?
      Andrzej Wróblewski (Warsaw University)
      05/01/2014, 16:10
    11. 6. Correlation functions within BFKL approximation
      Lev Lipatov (Petersburg Nuclear Physics Institute, Russia)
    12. 25. Diffraction processes
      Paul Newman (Birmingham University)
    13. 1. Future of pA collisions at LHC
      David d'Enterria (CERN)
    14. 28. HERWIG
      Stefan Gieseke (Karlsruhe Institute of Technology)
    15. 30. How to observe MPIs
      Frank Martin Krauss (University of Durham (GB))
    16. 2. Ideas about MPI and low-x physics
      Leonid Frankfurt (Tel Aviv University)
    17. 18. Inter-parton correlations and MPIs
      Mark Strikman (Penn State University)
    18. 13. Jets and their extraction
      Andrea Banfi (University of Freiburg)
    19. 23. MPI in ALICE
      Jan Rak (Jyvaskyla University)
    20. 26. MPI in LHCb
      Raluca Muresan (Horia Hulubei National Institute of Physics and Nuclear Enginee)
    21. 0. MPI in pA collisions
      Mark Strikman (Penn State University)
    22. 3. MPI in the small x processes
      Francesco Hautmann (University of Oxford)
    23. 21. MPIs in ATLAS
      Eleanor Dobson (CERN)
    24. 22. MPIs in CMS
      Paolo Bartalini (National Taiwan University (TW))
    25. 32. MPIs in D0
      Dmitry Bandurin (Florida State University (US))
    26. 24. MPIs in HERA
      Albert Knutsson (DESY)
    27. 4. Mueller-Navalet jets at LHC: a pure (NLL) BFKL scenario? ...What else? DGLAP? MPI?
      Samuel Wallon (LPT Orsay)
    28. 20. Non-partonic effects in 4jet production at LHC
      Boris Blok (Technion)
    29. 11. Nonperturbative nucleon structure and MPI
      Christian Weiss (Jefferson Lab)
    30. 19. pQCD physics of MPIs
      Jonathan Gaunt (DESY)
    31. 27. PYTHIA and DIPSY
      Gosta Gustafson (Lund University)
    32. 10. QCD evolution of the parton correlation functions
      Lev Lipatov (Petersburg Nuclear Physics Institute, Russia)
    33. 29. SHERPA
      Frank Martin Krauss (University of Durham (GB))
    34. 5. Single and double parton distributions in the double logarithmic approximation
      Krzysztof Kutak (Instytut Fizyki Jadrowej Polskiej Akademii Nauk)
    35. 16. Soft Vs. hard contributions in UE
      Rick Field (University of Florida)
    36. 14. Successes and challenges of QCD
      Yuri Dokshitzer (LPTHE, Paris & PNPI, St.Petersburg)
    37. 7. Survival probability and MPIs
      Errol Gotsman (Tel Aviv University)
    38. 9. Theory of MPIs
      Yuri Dokshitzer (LPTHE, Paris & PNPI, St.Petersburg)
    39. 31. Tuning MPI parameters in MC generators
      Hendrik Hoeth (Durham University)
    40. 15. Underlying event properties
      Deepak Kar (University of Glasgow (GB))
    41. 17. Understanding parton showers
      Zoltan Nagy (DESY)
    42. 8. Unintegrated PDFs
      Hannes Jung (Deutsches Elektronen-Synchrotron (DE))
    43. 12. Welcome
      Halina Abramowicz (Tel Aviv University (IL))

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