As part of the Public Climate School 2025, Prof. Michael Resch (HLRS Stuttgart) gave a well-attended public lecture at the University of Augsburg on the interplay between artificial intelligence, high-performance computing, and energy consumption.

On the 2nd and 3rd of December we hosted the CAAPS workshop on Demystifying Numerical Dissipation in Simulation Codes. We had two external and one internal talk, after which we engaged in some lively discussions and hands-on activities on how to determine numerical dissipation in simulation codes.

On the 2nd and 3rd of December we will be holding the CAAPS workshop on Demystifying Numerical Dissipation in Simulation Codes in Augsburg.

On 27th October 2025, Michael Schlottke-Lakemper gave his inaugural lecture at the University of Augsburg. The (German) title of the talk was

Wissenschaftliches Rechnen im KI-Zeitalter: Zwischen Rechen- und Denkmaschine

which roughly translates to "Scientific Computing in the AI Age: From Number Crunchers to Thinking Machines".

Our new paper "Robust and efficient pre-processing techniques for particle-based methods including dynamic boundary generation" has been published in the journal Computer Physics Communication.

Our paper "Fourth-order paired-explicit Runge-Kutta methods" has been published in the journal Computational Science and Engineering.

At this year's KLAIM conference, our team member Simon Candelaresi presented some of our latest work, which lead to a few discussions.

The HPSC Lab met in Forsbach to discuss the latest developments within the SNuBIC group.

Our paper "Secure numerical simulations using fully homomorphic encryption" has been published in Computer Physics Communications.

On September 16th and 17th, the HPSC Lab gave a hands-on workshop on reproducible scientific computing and HPC using the Julia programming language.

We successfully implemented a multiphysics coupling of an Euler system with an MHD system using the flexible p4est meshes.

Together with Erik Faulhaber, Sven Berger, Christian Wei?enfels und Gregor Gassner, we have submitted our paper "Robust and efficient pre-processing techniques for particle-based methods including dynamic boundary generation".