Access the insights from the 11th EGU Galileo Conference “Solid Earth and Geohazards in the Exascale Era” concluded on May 26th. The conference, attended by computational and geosciences experts, pushed the boundaries of Exascale computing. Download the presentations from the four sessions now.

Introduction to the Galileo Conference · Arnau Folch.

Enabling End-to-End Accelerated Multiphysics Simulations in the Exascale Era Using PETSc · Richard Mills.

Towards exascaleprepared codes for tsunami simulation · Marc de la Asunción

Massively parallel inverse modeling on GPUs using the adjoint method · Ivan Utkin

Preparing Seismic Applications for Exascale using Scientific Workflows · Scott Callaghan

BackTrackBB workflow for seismic source detection and location with PyCOMPSs parallel computational framework · Natalia Poiata

ML Emulation of High Resolution Inundation Maps · Steven J. Gibbons.   

Improving Probabilistic Gas Hazard Assessment through HPC: Unveiling VIGIL-2.0, an automatic Python workflow for probabilistic gas dispersion modelling · Antonio Costa

 

HPC (European) projects in the Solid Earth ecosystem · Arnau Folch

Complete workflow for tsunami simulation and hazard calculation in urgent computing using HPC services · Louise Cordrie 

Can we model lava flows faster than real-time to assist on a first volcanic emergency response? · Carlos Paredes

Modelling of extreme sea-level hazards: state-of-the-art and future challenges · Iva Tojčić

The European High Performance Computing Joint Undertaking, LEADING THE WAY IN EUROPEAN SUPERCOMPUTING: USER OPPORTUNITIES AND LATEST UPDATES FROM THE EUROHPC JU · Linda Gesenhues

Access to MareNostrum5 and other European HPC infrastructures · Oriol Pineda

Lumi: supercomputer for European researchers · Thomas Zwinger

Leonardo: A simulator4Earth · Piero Lanucara

Accelerating Time-To-Science in Geophysical Simulations · Ignacio Sarasua

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