In order to keep pace with Moore's law, modern computing architectures are steadily growing in complexity. As a consequence, an increasing responsibility is imposed on developers and users of HPC applications: only exposing a high degree of parallelism one can exploit the available features offered by the hardware.
The goal of the Astro and Plasma Physics Application Lab (AstroLab) is to support to basic research in the fields to use at best the HPC resources of LRZ. The Astro-Lab collaborates directly with domain scientist using LRZ facilities, as well as HPC vendors and providers in order to explore the latest hardware and software solutions and to leverage on the sharpest technical expertise.
Astro-Lab members provide support for the most diffuse simulation codes, directly mentor GCS and PRACE projects on the LRZ machines, and engage in high-level projects of code modernization from node-level to full machine scale.
Partnerships and Collaborations
- PUNCH4NFDI national consortium (with German universities, the Max Planck society, the Leibniz Association, and the Helmholtz Association).
- Intel® Parallel Computing Center (IPCC) (with TU Munich)
- Magneticum Project (University Observatory in LMU)
- C2PAP CosmoSim Web Portal for accessing the Magneticum data
- Hydro CLUES ("Near Field Cosmology" GCS Large Scale Project)
For astro HPC users
Please use our mailing-list astrolab_AT_lists.lrz.de to contact us for any related queries.