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May 7, 2025

Snapshot: Magnetic reconnection simulations using Trixi.jl.

We used Trixi.jl to simulate the 2d reconneciton of magnetic field lines in 2d with a magnetohydrodynamic model. [High-Performance Scientific Computing]
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May 6, 2025

Snapshot: Guest talk by HLRS scientist Johannes Gebert

Today, Johannes Gebert from HLRS gave a talk titled "Enabling Massively Parallel Simulations of Directly Discretized CT Scans of Human Bones" at the University of Augsburg. [High-Performance Scientific Computing]
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April 30, 2025

Microscopic evidence for hydride high-Tc superconductivity

An international research team comprising two researchers from the University of Augsburg reported in Nature the first detection of the superconducting gap in high-pressure high-Tc hydrides. They synthesized and measured planar tunnel junctions of H3S under pressures exceeding 1.5 mega bar and detected a record-large superconducting gap, evidencing hydride high-Tc superconductivity ??

[Experimental Physics VI]
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Website notice hydride superconducting gap
March 25, 2025

Kármán Conference on Sustainable Computational Science & Engineering 2025

Between March 16 and 19, 2025, the HPSC Lab participated in the Kármán Conference on Sustainable Computational Science & Engineering 2025. [High-Performance Scientific Computing]
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March 11, 2025

Talk: Using TRIXI.JL for Adaptively Coupling Multiphysics Problems

[High-Performance Scientific Computing]
March 11, 2025

Snapshot: Minisymposium on multiphysics coupling at the CSE25 in Fort Worth

We organized a minisymposium on coupled multiphysics problems at the CSE25 conference. [High-Performance Scientific Computing]
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Feb. 18, 2025

New paper: Generalized upwind SBP operators for nodal DG methods

Our paper "Generalized upwind summation-by-parts operators and their application to nodal discontinuous Galerkin methods" has been published in the Journal of Computational Physics. [High-Performance Scientific Computing]
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Feb. 5, 2025

PFAS: how to better clean soil from ‘forever chemicals’

Soil contaminated with harmful perfluorinated and polyfluorinated alkyl substances (PFAS) is difficult to clean, a complete remediation is often not possible. To improve the remediation process, researchers at the University of Augsburg are trialling various cleaning methods. Their work is now being financially supported by the Bavarian Research Foundation.

[University of Augsburg]
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Gro?er, brauner Erdhügel in der Landschaft

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