Projects 2024

  1. Cosmology using Galaxy Clusters and Weak Gravitational Lensing from the South Pole Telescope and the Dark Energy Survey
    PIs: Sebastian Bocquet, Joseph Mohr
    Research Unit / Connector: RU-C, CN-3, CN-4
    CPU hours: 500k
    C2PAP support: A. Hartin
     

  2. Fuelling the central engine of disc galaxies
    PIs: Pierrick Verwilghen, Eric Emsellem, Klaus Dolag
    Research Unit / Connector: CN-1, CN-5, RU-D
    CPU hours: 3600k
    C2PAP support: A. Hartin
     

  3. Investigating the evolution of supermassive black holes and their host galaxies with cosmological simulations
    PIs: Milena Valentini, Klaus Dolag
    Research Unit / Connector: C2PAP CN-1 CN-3 CN-5 CN-6 RU-C RU-D
    CPU hours: 7000k
    C2PAP support: L. Sala
     

  4. Computing for the ATLAS experiment at LHC
    PIs: Dorothee Schaile, Guenter Duckeck, Michael Holzbock, Jeanette Lorenz, Alexander Mann, Sascha Mehlhase, Rod Walker
    Research Unit / Connector: CN-3 CN-9 RU-A RU-B
    CPU hours: 1000k
    C2PAP support: A. Hartin
     

  5. Triaxial modeling of elliptical and barred galaxies
    PIs: Dorothee Schaile, Guenter Duckeck, Michael Holzbock, Jeanette Lorenz, Alexander Mann, Sascha Mehlhase, Rod Walker
    Research Unit / Connector: CN-3 CN-9 RU-A RU-B
    CPU hours: 1000k
    C2PAP support: A. Hartin
     

  6. Stellar mass influence on the disc photoevaporation
    PIs: Giovanni Picogna, Barbara Ercolano
    Research Unit / Connector: CN-2 RU-D
    CPU hours: 2000k
    C2PAP support: A.Hartin
     

  7. Static Quark Correlators in lattice QCD at non-zero temperature
    PIs: N. Brambilla, V.Leino, P. Petreczky, S. Steinbeisser, A. Vairo,P. Vander Griend, J.H. Weber, Y. Zhu
    Research Unit / Connector: CN-7 CN-8 RU-A
    CPU hours: 8000k
    C2PAP support: A. Hartin
     

  8. Voids in modified Gravity
    PIs: Simon Bach, Marco Baldi, Matteo Costanzi, Steffen Hagstotz, Nico Hamaus, Ben Hoyle, Giorgia Pollina, Nico Schuster, Jochen Weller
    Research Unit / Connector: CN-3 CN-4 CN-9 RU-C
    CPU hours: 2000k
    C2PAP support: A. Hartin
     

  9. COMPASS Hadron Spectroscopy
    PIs: Stephan Paul, Boris Grube
    Research Unit / Connector: CN-3 CN-6 CN-9 LRSM ODSL RU-A RU-B
    CPU hours: 1500k
    C2PAP support: A. Hartin 
     

  10. Train GANs for fast simulation of the PXD background at Belle II
    PIs: Thomas Kuhr, Nikolai Hartmann, Hosein Hashemi
    Research Unit / Connector: RU-A
    CPU hours: 50k / opportunistic
    C2PAP support: A. Hartin
     

  11. Zooming onto the heart of cosmological structures
    PIs: Klaus Dolag, Rhea-Silvia Remus, Lucas Valenzuela, Lucas Kimmig, Ludwig Böss, Tirso Marin, Frederick Groth, Elena Hernandez Martinez, Luca Sala, Stephan Vladutescu-Zopp
    Research Unit / Connector: C2PAP CN-1 CN-3 CN-5 CN-6 RU-C RU-D
    CPU hours: 5000k
    C2PAP support: A. Hartin / L. Sala
     

  12. Cosmological Simulations Data Processing Center
    PIs: Klaus Dolag, Luigi Iappichino, Nicolay Hammer
    Research Unit / Connector: C2PAP CN-1 CN-3 CN-5 CN-6 RU-C RU-D
    CPU hours: 100k
    C2PAP support: A. Krukau
     

  13. Probing the integrity of Gadget at C2PAP and LRZ
    PIs: Klaus Dolag
    Research Unit / Connector: C2PAP CN-1 CN-3 CN-5 CN-6 RU-C RU-D
    CPU hours: 50k
    C2PAP support: A. Krukau / L. Sala
     

  14. Building Mocks for PHANGS: probing physical diagnostics for star formation in disk galaxies
    PIs: Eric Emsellem, Nicolas Guillard, Florent Renaud, Eva Schinnerer
    Research Unit / Connector: CN-1 CN-5 RU-C RU-D
    CPU hours: 4000k
    C2PAP support: A. Hartin
     

  15. Opportunistic production for Belle II
    PIs: Thomas Kuhr, Guenter Duckeck (LMU), Anthony Hartin(C2PAP)
    Research Unit / Connector: RU-A
    CPU hours: 500k
    C2PAP support: A. Hartin
     

  16. The integrated 3-point correlation function of cosmic shear
    PIs: Anik Halder, Zhengyangguang Gong, Stella Seitz (LMU/USM), Alexandra Barreira (LMU/Origins), Eiichiro Komatsu (MPA), Mariia Gladkova (TUM)
    Research Unit / Connector: RU-C
    CPU hours: 4000k
    C2PAP support: A. Hartin
     

  17.  Tracing the evolution of planet-building material in 3D
    PIs: Til Birnstiel
    Research Unit / Connector: CN-2 RU-5
    CPU hours: 3000k
    C2PAP support: A. Hartin
     

  18. Full focal plane time-ordered data simulations for the LiteBIRD satellite
    PIs: Paolo Campeti, Martin Reinecke, Eiichiro Komatsu, Jochen Weller
    Research Unit / Connector: RU-C
    CPU hours: 800k
    C2PAP support: A. Hartin
     

  19. Galaxy Clusters with Spectral Cosmic Rays
    PIs: Ludwig Böss, Klaus Dolag, Ildar Khabibullin, Daniel Karner
    Research Unit / Connector: CN-5, RU-D
    CPU hours: 5000k
    C2PAP support: A. Hartin
     

  20. Developing and testing a framework for theoretical predictions in cosmological structure formation for extended models beyond the cold dark matter paradigm
    PIs: Mathias Garny, Asmaa Mazoun, Henrique Rubira, Dominik Laxhuber, Joe Mohr, Sebastian Bocquet, Lorenzo de Ros, Moritz Fischer, Klaus Dolag
    Research Unit / Connector: CN-3, RU-B, RU-C
    CPU hours: 6000k
    C2PAP support: A. Hartin / L. Sala
     

  21.  The interplay of baryons and self-interacting dark matter in galaxies and galaxy clusters
    PIs: Moritz Fischer, Klaus Dolag, Mathias Garny
    Research Unit / Connector: CN-3
    CPU hours: 7000k
    C2PAP support: A. Hartin / L. Sala
     

  22. Fast and precise model calculations for the KATRIN experiment
    PIs: Susanne Mertens, Christoph Wiesinger, Anthony Onillon, Alessandro Schwemmer, Michael Willers
    Research Unit / Connector: RU-B
    CPU hours: 5000k
    C2PAP support: A. Hartin
     

  23. Substructures in young protoplanetary discs
    PIs: Claudia Toci, Eleonora Bianchi, Amelia Bayo
    Research Unit / Connector: RU-D, CN-2, RU-E
    CPU hours: 1500k
    C2PAP support: A. Hartin
     

  24. Cosmological summary statistics from Simulation Based Inference
    PIs: Sven Krippendorf, Kai Lehman, Jochen Weller
    Research Unit / Connector: RU-C
    C2PAP support: A. Hartin