Projects 2021

1. Indirect detection constraints on MSSM WIMP dark matter including Sommerfeld enhancement

PIs: Martin Beneke, Stefan Recksiegel, Pedro Ruiz Femenía, Aoife Bharucha, Andrzej Hryczuk

Research Unit / Connector: CN-3 RU-A RU-B RU-C

CPU hours: 500k

C2PAP support: A. Hartin

 

2. Big Data and Machine Learning in the Landscape of Heterotic Orbifolds

PIs: Patrick Vaudrevange

Research Unit / Connector: RU-A

CPU hours: 150k

C2PAP support: A. Hartin

 

3. Enabling Belle II grid jobs and web based interactive analyses on C2PAP

PIs: Thomas Kuhr, Nikolai Hartmann, Martin Ritter

Research Unit / Connector: CN-3 CN-9 RU-A RU-B

CPU hours: 50k / opportunistic

C2PAP support: A. Hartin

 

4. Study of background suppression thechniques for the nest generation neutrinoless double beta decay experiment Legend

PIs: Tomasso Comellato, Patrick Krause, Stefan Schoenert, Mario Schwarz

Research Unit / Connector: CN-3 CN-9 RU-B

CPU hours: 2000k

C2PAP support: A. Hartin

 

5. Parallelization of the PHOX X-Ray simulator code

PIs: Veronica Biffi, Klaus Dolag

Research Unit / Connector: C2PAP CN-1 CN-3 CN-5 CN-6 RU-C RU-D

CPU hours: 100k

C2PAP support: M. Petkova

 

6. Investigating the evolution of supermassive black holes and their host galaxies with cosmological simulations

PIs: Milena Valentitni, Klaus Dolag

Research Unit / Connector: C2PAP CN-1 CN-3 CN-5 CN-6 RU-C RU-D

CPU hours: 2000k

C2PAP support: M. Petkova

 

7. Triaxial modeling of elliptical and barred galaxies

PIs: Roberto Saglia, Jens Thomas, Kianusch Mehgran, Bianca Neureiter, Stefano de Nicola

Research Unit / Connector: CN-2 RU-D

CPU hours: 3000k

C2PAP support: A. Krukau

 

8. 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: 3000k

C2PAP support: M. Petkova

 

9. The build-up of galaxies: morphology vs. dynamics

PIs: Aura Obreja, Benjamin Moster

Research Unit / Connector: RU-C

CPU hours: 2000k

C2PAP support: A. Krukau

 

10. High resolution simulations of the first galaxies at high redshift (GalSimsHighZ)

PIs: Ulrich P. Steinwandel, Benjamin P. Moster, Thorsten Naab, Aura Obreja

Research Unit / Connector: CN-5 RU-D

CPU hours: 2500k

C2PAP support: M. Petkova

 

11. 3D Reconstruction of Galaxtic Fields via prallelized NIFTy

PIs: Torsten Enßlin, Phillipp Arras, Sebastian Hutschenreuter, Jakob Knollmüller, Reimar Leike

Research Unit / Connector: RU-D ODSL

CPU hours: 1050k

C2PAP support: M. Petkova

 

12. 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

 

13. Validation of the Neural Network z-Vertex Trigger for Belle II

PIs: C. Kiesling, F. Meggendorfer, S. Skambraks

Research Unit / Connector: RU-A

CPU hours: 3000k

C2PAP support: A. Hartin

 

14. 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: 3000k

C2PAP support: A. Hartin

 

15. Testing Modifications of Gravity and Dark Energy with Cosmic Voids and Filaments

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: 1500k

C2PAP support: M. Petkova

 

16. C2PAP for LEPHARE++

PIs: Mara Salvato, Margarita Petkova, Olivier Ilbert, Stephane Arnouts

Research Unit / Connector: CN-1 C2PAP

CPU hours: 100k

C2PAP support: M. Petkova

 

17. Consistent Coupling of Chemistry and Hydrodynamics in Protoplanetary Disks

PIs: Tommaso Grassi, Giovanni Picogna, Barbara Ercolano

Research Unit / Connector: CN-2 RU-D

CPU hours: 3000k

C2PAP support: M. Petkova

 

18. Stellar mass influence on the disc photoevaporation

PIs: Giovanni Picogna, Barbara Ercolano

Research Unit / Connector: CN-2 RU-D

CPU hours: 1600k

C2PAP support: M. Petkova

 

19. 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

 

20. Mock observations of Intra-Cluster Light and Outer Stellar Hallos of Galaxies

PIs: Rhea-Silvia Remus, Klaus Dolag, Margarita Petkova

Research Unit / Connector: C2PAP CN-1 CN-3 CN-5 CN-6 RU-C RU-D

CPU hours: 50k

C2PAP support: M. Petkova

 

21. Zooming onto the heart of cosmological structures

PIs: Klaus Dolag, Andreas Burkert, Harald Lesch, Rhea-Silvia Remus, Ludwig Boess, Felix Schulze, Margarita Petkova

Research Unit / Connector: C2PAP CN-1 CN-3 CN-5 CN-6 RU-C RU-D

CPU hours: 3000k

C2PAP support: M. Petkova

 

22. 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

 

23. 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

 

24. Image simulations for DES Y3 weak lensing shear calibration

PIs: Tamas Norbert Varga, Stella Seitz, Oliver Friedrich, Romy Rehmann

Research Unit / Connector: CN-3 CN-4 RU-B RU-C RU-D

CPU hours: 1000k

C2PAP support: A. Krukau

 

25. Constraining Dark Matter subhalo parameters and scaling relations using Weak Lensing Measurements from the Dark Energy Survey year one observations

PIs: Tamas Norbert Varga, Oliver Friedrich, Anik Halder, Stella Seitz

Research Unit / Connector: CN-3 CN-4 RU-B RU-C RU-D

CPU hours: 400k

C2PAP support: M. Petkova

 

26. Tests of internal Covariance Estimators for Cosmic Shear 2pt Functions

PIs: Anik Halder, Stella Seitz, Oliver Friedrich, Tamas Varga, Daniel Gruen

Research Unit / Connector: CN-3 CN-4 RU-B RU-C RU-D

CPU hours: 500k

C2PAP support: M. Petkova