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Welcome at the Central Institute for Scientific Computing of the Friedrich-Alexander University (FAU) Erlangen-Nuremberg!
The ZISC is the center of competence for scientific computing within the FAU Erlangen-Nuremberg. As one of the first central institutes of this kind within Germany and founded out of the cluster of excellence Engineering of Advanced Materials (EAM), the ZISC combines the expertise and experience of more than 40 research facilities within the university. With this the ZISC represents a unique interdisciplinary platform for cooperation, which provides the necessary environment for even the most complex research activities in the field of numerical simulation and scientific computing.
We have updated the webpage collecting the efforts in the field of scientific computing related to SARS-CoV-2 / COVID-19 @FAU.
As Zentralinstitut for Scientific Computing, we provide a platform to promote your COVID-19 modelling and simulation activities and to get in contact with other researchers...
Two open positions at the FAU Institute for Multiscale Simulation:
PhD / PostDoc position on structural formation in granular matter (detailed information);
PhD position on physics of drying suspensions (detailed information)
The Joint Science Conference (GWK) of the German federal states has just announced that FAU will receive funds to establish a National Center for High Performance Computing (NHR@FAU). It will be part of a nationwide network with (initially) seven other centers. The federal and state governments will...
The Annual Sparse Days meeting is an informal one or two days event hosted by Cerfacs, in Toulouse, France and is proposed this year only as a virtual event.
Talks on any aspect covered by the title on numerical linear algebra, sparse optimization and on data assimilation fit well with some of th...
The Coronavirus life cycle is dependent on the biological macromolecules the virus produces – from the spikes on its surface to replication in the host cell and suppression of its immune system. Knowing the structures of these molecules is therefore crucial to find a cure. We are an international te...
