The ocean is Earth’s thermostat: it has absorbed roughly 90% of the excess heat accumulated in the climate system since pre-industrial times and taken up around 30% of anthropogenic CO₂. Sea ice acts as the planet’s mirror, reflecting sunlight and helping to stabilise regional and global climates. But both systems are changing quickly — Arctic […]| LUMI
Posiva models the evolution of groundwater chemistry in the bedrock for at least 100,000 years as part of ensuring the long-term safety of final disposal. The time span of the final long-term safety assessment is up to one million years. The modeling utilizes, among other things, the LUMI supercomputer.| LUMI
After winning two HPCwire Readers’ Choice Awards last year, the Climate Change Adaptation Digital Twin, part of the European Commission’s Destination Earth (DestinE) initiative, has been shortlisted for the Association for Computing Machinery (ACM) Gordon Bell Prize for Climate Modelling, one of the most prestigious awards in high-performance computing. Enabled by the DestinE vision, Europe’s […]| LUMI
Interested in the latest developments in HPC across Europe? Check out the Supercomputing in Europe podcast.| LUMI
We have open calls for researchers from LUMI consortium countries, EU Member States and countries associated with the Digital Europe Programme, Horizon Europe, or Horizon 2020.| LUMI
