GCOS workshop 2022 Wuppertal

Europe/Berlin
Ioana Maris (Université Libre de Bruxelles), Julian Rautenberg (University of Wuppertal), Jörg Hörandel (Radboud University Nijmegen dep. Astrophysics), Michael Unger, email email
Description

Aim of the workshop is to further advance our plannings towards the Global Cosmic Ray Observatory - GCOS. One of the main objectives will be to develop astrophysical science case scenarios and to agree on a few straw man designs, which can be used for simulations in order to concretize the expected performance of GCOS for key performance indicators.

The results of the workshop will be written up in a document
GCOS workshop 2022
concepts and ideas for the science case and a straw man design

as a reference for the further development of GCOS.

The workshop will be hosted at the University of Wuppertal in Germany. Remote connection via zoom will be provided. For an efficient discussion we encourage key people to be present on site.

Organizers:
Rafael Alves Batista, Antonella Castellina, Ralph Engel, Toshihiro Fujii, Jörg Hörandel, Karl-Heinz Kampert, Lu Lu, Ioana Maris, Shoichi Ogio, Julian Rautenberg, Takashi Sako, Fred Sarazin, Michael Unger

Registration
registration
Participants
  • Abha Khakurdikar
  • Agnieszka Leszczyńska
  • Alan Coleman
  • Alessio Porcelli
  • Alexey Yushkov
  • Allan Machado Payeras
  • Ana Laura Müller
  • Analisa Mariazzi
  • Anatoli Fedynitch
  • Andrea Santangelo
  • Andreas Haungs
  • Angela Olinto
  • Angela V Olinto
  • Arjen van Vliet
  • Armando di Matteo
  • Balakrishnan Hariharan
  • Bjarni Pont
  • Bohdan Hnatyk
  • Bruce Dawson
  • Christoph Schäfer
  • Chuizheng Kong
  • Darko Veberic
  • David Nitz
  • David Schmidt
  • Dennis Soldin
  • Donghwa Kang
  • Eiji Kido
  • Ek Narayan Paudel
  • Eric Mayotte
  • Eva Santos
  • Fabio Convenga
  • felix riehn
  • Foteini Oikonomou
  • Francesco Salamida
  • Fred Sarazin
  • Harald Schieler
  • Harm Schoorlemmer
  • Hitoshi Oshima
  • Ioana Maris
  • Jaime Alvarez-Muniz
  • Jakub Vicha
  • Johannes Eser
  • John Krizmanic
  • Jose Bellido
  • Julian Rautenberg
  • Jörg Hörandel
  • Kai Daumiller
  • Kanika K
  • Kaoru Takahashi
  • Karl-Heinz Kampert
  • Ke Fang
  • Keitaro Fujita
  • Kevin Almeida Cheminant
  • Kohta Murase
  • Lorenzo Cazon
  • Lorenzo Perrone
  • Luca Deval
  • Luis Anchordoqui
  • Marco Muzio
  • Maria Vittoria Garzelli
  • Mario Bertaina
  • Markus Risse
  • Markus Roth
  • Martina Bohacova
  • Masahiro TAKEDA
  • Matthias Kadler
  • Mauricio Suarez-Duran
  • Michael Unger
  • Noemie Globus
  • Olena Tkachenko
  • Olga Sergijenko
  • Pengfei Zhang
  • Petr Travnicek
  • Pierre Billoir
  • Quanbu Gou
  • Quentin Luce
  • Rafael Alves Batista
  • Ralph Engel
  • Ramesh Koirala
  • Ruoyu Liu
  • Ryo Higuchi
  • Shivam Kulshrestha
  • Shoichi Ogio
  • sonali bhatnagar
  • Takayuki Tomida
  • Teresa Bister
  • Thomas Fitoussi
  • Thomas Paul
  • Tim Huege
  • Tomas Fodran
  • Tonia Venters
  • Toshihiro Fujii
  • TOSHIYUKI NONAKA
  • Valerio Verzi
  • Viktoria Kungel
  • Vincent Pelgrims
  • Viviana Scherini
  • Volodymyr Marchenko
  • Washington Carvalho Jr
  • Yuichiro TAMEDA
    • 1
      Opening and scope of workshop

      —> develop straw man design(s) for detectors and arrays to be used for (more) detailed performance studies (resolution for energy, mass, direction)

      Speakers: Julian Rautenberg, Jörg Hörandel (Radboud University Nijmegen dep. Astrophysics)
    • 2
      Discussion: Overview and Recommendations of the Snowmass UHECR white paper
      Speaker: Fred Sarazin
    • 10:00
      coffee
    • 3
      Discussion: Particle physics in the context of GCOS
      Speaker: Dennis Soldin
    • 11:00
      coffee
    • 4
      Discussion: Astrophysics in the context of GCOS
      Speaker: Michael Unger
    • 12:00
      lunch
    • 5
      Define concrete goal of workshop, define key questions/key performance indicators what detector do we need to achieve the science goal(s)?
    • 14:30
      coffee
    • Expert Round: Science Case
      Conveners: Dennis Soldin, Michael Unger, Rafael Alves Batista (Radboud University)
      • 6
        Introduction
        Speaker: Rafael Alves Batista (Radboud University)
      • 7
        SBG origin of UHECRs with GCOS
        Speaker: Ana Müller
      • 8
        (E)GMF with GCOS
        Speaker: Arjen van Vliet (DESY Zeuthen)
      • 9
        How isotropic can the UHECR sky *really* be?
        Speaker: Armando di Matteo (INFN Torino)
      • 10
        Measuring the hair of the UHECR energy spectrum with GCOS
        Speaker: Glennys Farrar
      • 11
        GCOS, SHDM and UV physics
        Speaker: Luis Anchordoqui
      • 12
        Soruce constraints from \nu and p with GCOS
        Speaker: Marco Muzio (New York University)
      • 13
        Chasing UHE Photons with GCOS
        Speaker: Markus Risse
      • 14
        Fits of flux, composition and arrival directions with GCOS statistics
        Speaker: Teresa Bister
    • Expert Round: FD Design

      The audio and (largly corrupted) video is included in the previous session material.

      Conveners: Michael Unger, Toshihiro Fujii (Kyoto University)
      • 15
        Introduction
        Speakers: Michael Unger, Toshihiro Fujii (Kyoto University)
      • 16
        Cyclops vs. Superman: Design Considerations for Auger South FD
        Speaker: Bruce Dawson
      • 17
        Design Considerations for TA FD
        Speaker: Shoichi Ogio (Institute for Cosmic Ray Research, The University of Tokyo)
      • 18
        Does GCOS need an FD?
        Speaker: All
      • 19
        Cyclops Design for GCOS FD
        Speaker: Michael Unger
      • 20
        Low-Cost FD Array for GCOS
        Speaker: Toshihiro Fujii (Kyoto University)
      • 21
        Ideas for FD Optimization
        Speaker: Francesco Salamida (University of L'Aquila and INFN LNGS)
      • 22
        Discussion
        Speaker: All
    • Expert Round: SD Design

      The audio and (largely corrupted) video is included in the discussion session material

      Conveners: Fred Sarazin, Ioana Maris (Université Libre de Bruxelles)
      • 23
        Location (exposure)
        Speaker: Armando di Matteo (INFN Torino)
      • 24
        Location (magnetic field)
        Speaker: Pierre Billoir (LPNHE)
      • 25
        Discussions
      • 26
        Array confirgurations
        Speaker: Alan Watson
      • 27
        Squre vs triangular array
        Speaker: Roth Markus (KIT)
      • 28
        Discussions
    • Expert Round: RD Design
      Conveners: Julian Rautenberg, Jörg Hörandel (Radboud University Nijmegen dep. Astrophysics)
      • 29
        remarks on radio detection
        Speaker: Jörg Hörandel (Radboud University Nijmegen dep. Astrophysics)
      • 30
        remarks on radio detection and gamma rays
        Speaker: Julian Rautenberg (University of Wuppertal)
      • 31
        considerations for array configurations, including neutrinos
        Speaker: Washington Carvalho Jr
      • 32
        a quick array simulator
        Speaker: Tomas Fodran (Radboud University)
    • 19:00
      dinner
    • 33
      Brainstorming and blackboard discussions to prepare afternoon expert rounds and to set up structure of the workshop document
      • science case(s)

      • straw man designs
      • begin writing document
      Speaker: all
    • 12:00
      lunch
    • 34
      Discussions editing document
    • 14:30
      coffee
    • Expert Round: Science Case
      Conveners: Dennis Soldin, Michael Unger, Rafael Alves Batista (Radboud University)
      • 35
        Science Case Panel Discussion

        Audio material contains following session as well.
        Video was largly corrupted, most probably due to network outages.

        Speaker: All
    • Expert Round: FD Design

      The audio and (largly corrupted) video is included in the previous session material.

      Conveners: Michael Unger, Toshihiro Fujii (Kyoto University)
    • Expert Round: SD Design

      The audio and (largely corrupted) video is included in the discussion session material

      Conveners: Fred Sarazin, Ioana Maris (Université Libre de Bruxelles)
      • 42
        Mass resolution with SSD + WCD
        Speaker: Eric Mayotte (University of Wuppertal)
      • 43
        TA surface detector
        Speaker: Nonaka Toshiyuki
      • 44
        Impact of relative positions of sub-detectors
        Speaker: Schmidt David
      • 45
        Ideal SD detector
        Speaker: Pierre Billoir
      • 46
        Segmented tank and spacing
        Speaker: Ioana Maris (Université Libre de Bruxelles)
      • 47
        Synergies with SWGO
        Speaker: Jose Bellido
      • 48
        Discussions
    • Expert Round: RD Design
      Conveners: Julian Rautenberg, Jörg Hörandel (Radboud University Nijmegen dep. Astrophysics)
    • 19:00
      dinner
    • 49
      Brainstorming and blackboard discussions to converge on document: GCOS workshop 2022
 - concepts and ideas for the science case and a straw man design
    • 12:00
      lunch
    • 50
      Next steps, towards building prototypes, working groups, funding opportunities for prototypes, synergies with other initiatives
    • 17:00
      End of workshop