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CORSIKA Cosmic Ray Simulation Workshop [virtual]

Jun 22 – 25, 2020
virtual
Europe/Berlin timezone

Contribution List

49 out of 49 displayed
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  1. 1. Welcome
    Ralf Ulrich (KIT)
    6/22/20, 2:00 PM
  2. 4. CORSIKA8 project status
    Maximilian Reininghaus (KIT / IKP)
    6/22/20, 2:10 PM
  3. 11. Status of CORSIKA7
    Tanguy Pierog (IKP, KIT)
    6/22/20, 2:25 PM
  4. 5. CORSIKA8 framework structure and design
    Dr Antonio Augusto Alves Junior (KIT)
    6/22/20, 2:40 PM
  5. 6. Combined discussion, Q&A
    Ralf Ulrich (KIT)
    6/22/20, 2:55 PM
  6. 36. A simulation study of the effects of diffractive collisions on observables of air showers experiments
    Ken Ohashi (Nagoya University)
    6/22/20, 3:35 PM

    A hadronic interaction plays an important role in air shower development, and the detailed understanding is a key to understand the mass composition.
    The diffractive collision is one of the proposed sources of the uncertainties of air shower predictions. In this work, we investigate how the difference in the diffractive collision treatment between models affects the depth of the maximum of...

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  7. 45. Opportunities for BSM physics in Cosmic Rays
    Oliver Fischer (Institut für Kernphysik, Karlsruher Institut für Technologie)
    6/22/20, 3:50 PM
  8. 43. Sub-TeV hadronic interaction model differences and their impact on air-shower development
    Álvaro Pastor Gutiérrez (MPIK)
    6/22/20, 4:05 PM

    In the sub-TeV regime, popular hadronic interaction models disagree in their predictions for post-first interaction and ground-level particle spectra. These model differences generate a significant source of inherent uncertainty in their experimental utilization.
    We investigate the nature and impact of such differences through a simultaneous analysis of ground level particles and first...

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  9. 7. Input from LHCb towards understanding air showers
    Hans Dembinski (Max Planck Institute for Nuclear Physics, Heidelberg)
    6/22/20, 4:25 PM
  10. 18. Modifying interactions in CORSIKA with MOCHI
    Jan Ebr (Institute of Physics, Prague)
    6/22/20, 4:40 PM
  11. 9. Combined discussion, Q&A
    Tanguy Pierog (IKP, KIT)
    6/22/20, 4:55 PM
  12. 47. Note
    Ralf Ulrich (KIT)
    6/23/20, 1:55 PM
  13. 12. EPOS and EPOS3
    Klaus Werner
    6/23/20, 2:00 PM
  14. 13. SIBYLL2.3d
    felix riehn (LIP, Lisbon)
    6/23/20, 2:20 PM
  15. 14. UrQMD
    Marcus Bleicher
    6/23/20, 2:35 PM
  16. 46. Diffraction in pPb collisions measured with CMS
    Lev Kheyn
    6/23/20, 2:50 PM
  17. 16. Combined discussion, Q&A
    Hans Dembinski (Max Planck Institute for Nuclear Physics, Heidelberg)
    6/23/20, 3:05 PM
  18. 17. Core-Corona approach and the muon deficit
    Matias Perlin
    6/23/20, 3:35 PM
  19. 19. Lower energy hadron collisions with SMASH
    Anna Schäfer
    6/23/20, 3:50 PM
  20. 20. CRMC in Geant4
    Andrii Tykhonov
    6/23/20, 4:05 PM
  21. 44. FASER: very-forward neutrinos
    Felix Kling (SLAC)
    6/23/20, 4:20 PM
  22. 10. A Forward Multiparticle Spectrometer for CMS
    Mike Albrow
    6/23/20, 4:40 PM

    I describe a Forward Multiparticle Spectrometer (FMS) that could be installed as a new subsystem for CMS in Run 4, with p+p collisions at s = 14 TeV and with p + O and O + O collisions. It uses a new superconducting dipole as a spectrometer magnet to measure multi-TeV charged hadron spectra behind a large radius beam pipe. The tracking detectors and calorimeters, between z = 116 m and 126 m,...

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  23. 21. Combined discussion, Q&A
    Remy Prechelt (University of Hawai'i at Manoa)
    6/23/20, 5:10 PM
  24. 49. Announcement
    Ralf Ulrich (KIT)
    6/24/20, 1:55 PM
  25. 37. Introduction & CTAO
    Gernot Maier
    6/24/20, 2:00 PM
  26. 38. Hadronic interaction models & IACTs
    Michiko Ohishi (ICRR, University of Tokyo)
    6/24/20, 2:15 PM
  27. 3. Cherenkov propagation optimization in Corsika 7 for the CTA use case
    Luisa Arrabito
    6/24/20, 2:30 PM

    We will report about the optimization work done so far on CORSIKA 7 for the use case of CTA. We will present in particular how we have applied vectorization techniques to the Cherenkov module obtaining a speed-up of almost a factor 2.

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  28. 40. Cherenkov photons on GPU
    Dominik Baack (TU Dortmund)
    6/24/20, 2:40 PM
  29. 41. Fluorescence emission & IACTS
    Daniel Morcuende (Universidad Complutense de Madrid), Jose Luis Vazquez-Poletti (Universidad Complutense de Madrid (Spain))
    6/24/20, 2:55 PM
  30. 42. Combined discussion, Q&A
    Konrad Bernlöhr (MPI für Kernphysik)
    6/24/20, 3:10 PM
  31. 33. General thoughts on radio in CORSIKA 8
    Tim Huege (KIT)
    6/24/20, 3:55 PM
  32. 34. Suggestion for a radio interface in CORSIKA 8
    Remy Prechelt (University of Hawai'i at Manoa)
    6/24/20, 4:10 PM
  33. 24. Simulations of radio emission for air showers penetrating from air to ice
    Krijn de Vries
    6/24/20, 4:25 PM
  34. 25. Simulations for in-ice radio experiments
    Christian Glaser
    6/24/20, 4:45 PM
  35. 26. Combined discussion, Q&A
    Tim Huege (KIT)
    6/24/20, 5:05 PM
  36. 31. CORSIKA in Heidelberg
    Jim Hinton
    6/25/20, 2:00 PM
  37. 48. Workshop photo
    6/25/20, 2:10 PM
  38. 27. Cascade equations and accelerated methods
    Anatoli Fedynitch (DESY Zeuthen)
    6/25/20, 2:15 PM
  39. 32. Random number generation in multi-threaded programs and recent developments in numpy | Efficient static dispatch mechanisms in C++
    Hans Dembinski (Max Planck Institute for Nuclear Physics, Heidelberg)
    6/25/20, 2:35 PM
  40. 22. EM cascades
    Stephan Meighen-Berger
    6/25/20, 2:55 PM
  41. 23. Electromagnetic shower simulation using PROPOSAL
    Maximilian Sackel
    6/25/20, 3:10 PM
  42. 35. Combined discussion, Q&A
    Dominik Baack (TU Dortmund)
    6/25/20, 3:25 PM
  43. 28. Recipes for primordial soups (Astrobiology)
    Dominik Schwarz, Petra Lutter
    6/25/20, 4:00 PM
  44. 29. CORSIKA: exotic physics, and pandemic research
    Stephan Meighen-Berger
    6/25/20, 4:30 PM
  45. 30. End and final discussion
    Ralf Ulrich (KIT)
    6/25/20, 4:50 PM
  46. 39. Cherenkov photon optimisation
    luisa Arrabito
  47. 2. End of workshop, final discussion
    Ralf Ulrich (KIT)
  48. 8. Simulation study on the effects of diffractive collisions on the prediction of the observables in ultra-high-energy cosmic ray experiments
    Ken Ohasi
  49. 15. tbc