Organization

ETH Zurich / CSCS
Presenters / Organizers
Mauro Bianco
Christopher Bignamini
Till Ehrengruber
Jean Favre
Enrique G. Paredes
Daniel Ganellari
Abishek Gopal
Linus Groner
Rico Häuselmann
Andreas Jocksch
Sebastian Keller
Anton Kozhevnikov
Samuel Omlin
Enrique G. Paredes
Jean-Guillaume Piccinali
Will Sawyer
Thomas Schulthess
Raffaele Solca
Mathieu Taillefumier
Felix Thaler
Hannes Vogt
Session Chairs
Mauro Bianco
John Biddiscombe
Nur Aiman Fadel
Theofilos Manitaras
Samuel Omlin
William Sawyer
Joost VandeVondele
Presentations
Minisymposium
Accurately Measuring Energy Consumption of Large Cosmological Simulations
Computer Science, Machine Learning, and Applied Mathematics 

Paper
Cornerstone: Octree Construction Algorithms for Scalable Particle Simulations
Physics
Computer Science, Machine Learning, and Applied Mathematics 

Minisymposium
Evolution of the ICON Model to Exploit Emerging Technology: An Overview
Climate, Weather and Earth Sciences
Minisymposium
Global Storm Resolving Simulations in a Python Framework - Progress and Challenges
Climate, Weather and Earth Sciences
Minisymposium
In-Situ Visualization Solutions Come to the Rescue
Computer Science, Machine Learning, and Applied Mathematics 

Minisymposium
Modernizing the ICON Codebase through Language-Interoperable Memory Management and a Consistent Test
Climate, Weather and Earth Sciences
Poster
P01 - A Language-Interoperable C++-Based Memory-Manager for the ICON Climate and Weather Prediction Model
Poster
P13 - Calculation of the Maximally Localized Wannier Functions in the SIRIUS Library
Poster
P22 - Efficient Data Managment in Fully Spectral Dynamo Simulations on Heterogeneous Nodes
Poster
P28 - GPU-Optimized Tridiagonal and Pentadiagonal System Solvers for Spectral Transforms in QuiCC
Poster
P29 - GT4Py: A Python Framework for the Development of High-Performance Weather and Climate Applications
Poster
P41 - MPI for Multi-Core, Multi Socket, and GPU Architectures: Optimised Shared Memory Allreduce
Poster
P49 - Simulating Aquaplanet Using ICON with a GT4Py DSL Dynamical Core
Poster
P50 - Towards a GPU-Enabled Linear-Response Algorithm in the SIRIUS Library
Poster
P51 - Towards a Python-Based Performance-Portable Finite-Volume Dynamical Core for Numerical Weather Prediction
Minisymposium
Panel discussion
Computer Science, Machine Learning, and Applied Mathematics 

Minisymposium
Preparing CP2K for LUMI: User Experiences and Lessons Learned
Computer Science, Machine Learning, and Applied Mathematics 

Paper
Towards Lattice QCD+QED Simulations on GPUs
Physics
Sessions
Paper
AP1C - ACM Papers Session 1C
Climate, Weather and Earth Sciences
Paper
AP1D - ACM Papers Session 1D
Life Sciences
Paper
AP2A - ACM Papers Session 2A
Chemistry and Materials
Life Sciences
Paper
AP2B - ACM Papers Session 2B
Physics
Computer Science, Machine Learning, and Applied Mathematics 

Paper
AP2C - ACM Papers Session 2C
Chemistry and Materials
Climate, Weather and Earth Sciences
Computer Science, Machine Learning, and Applied Mathematics 

Paper
AP2E - ACM Papers Session 2E
Engineering
Computer Science, Machine Learning, and Applied Mathematics 

Minisymposium
MS5B - Julia for HPC: Tooling and Applications (Part 1/2)
Computer Science, Machine Learning, and Applied Mathematics 

Minisymposium
MS6B - Julia for HPC: Tooling and Applications (Part 2/2)
Computer Science, Machine Learning, and Applied Mathematics