In the realm of computational research, a new tool for HTS simulation has emerged: MAGNET. MAGNET stands as a revolutionary module designed for simulating the magnetic behavior of High Temperature Superconductors (HTS). Embedded within the renowned Alya suite, a software developed by the Barcelona Supercomputing Center (BSC) and optimized for High-Performance Computing (HPC), MAGNET has recently undergone benchmarking that unveils its potential.
The PRACE (the Partnership for Advanced Computing) is a cooperation between supercomputing centres in Europe, with the membership of
The PRACE organises educational and training events targeting both the scientific and industrial communities, with the cooperation of further institutes. Our research centre is one of the PRACE Advanced Training Centres (PATC), which offers and coordinates training and educational activities.
In December 2020, CINECA‘s School on Numerical Methods for Computational Fluids Dynamics (CFD) moved online for the first time due to the ongoing COVID-19 pandemia. This annual PRACE training event gathered top international researchers who presented state-of-the-art fluid simulation models and conducted several practical sessions using specialized parallel codes in Marconi100 and Galileo supercomputers.
On November 27th, the 1st Spanish Fusion HPC Workshop (link to full programme and abstracts) was organized online by our Fusion group and Barcelona Supercomputing Center (BSC) in close collaboration with the Spanish Supercomputing Network (RES) and experts from several collaborator institutes. A total of 182 registered attendants interested in the modelling in fusion met in this online event which delved both into the overall progress and challenges of High Performing Computing (HPC) applied to large scale fusion projects such as ITER or EUROfusion, and into specific research on most types of fusion phenomena simulations (energy and particle transport, fast particles, multi-physics, plasma, deep learning, materials micro-structure, preconditioning, HPC systems resources and transferability across HPC systems, etc.).