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Particle accelerators and light sources are main tools for discovering the fundamental constituents of our universe, the inner workings of biological organisms, and the response of matter inside stars and planets.
Most visible matter in the universe exists as plasma. Extreme plasmas are also pervasive in the most exotic astrophysical objects, such as neutron stars, black holes, jets and AGNs.
The strong interaction (QCD) has a rich phase structure in the temperature, T , chemical potential, μ,plane.
Turbulence is one fundamental problem of classical physics that has eluded a satisfactory description by engineering models.
This project aims to make a substantial contribution to the European green transformation.
The FairCLIP project aims to advance large-scale vision and language models by addressing inherent biases in training datasets.
This project will investigate the electromagnetic propagation in complex scenarios such as indoor and outdoor environments including metamaterials. Those scenarios are easily reproduced by means of the reverberation chamber (RC).
FLASH radiotherapy (RT) consists in delivering a therapeutic dose over much shorter times than in conventional treatment protocols.
Magnetic confinement fusion research has been at the forefront of HPC since the 1970s, given that fusion plasmas constitute paradigmatic examples of complex multi-scale and multi-physics systems.
Keeping heat and particle fluxes to the surrounding wall structures of magnetically confined fusion plasmas within engineering limits and simultaneously ensuring high core plasma confinement constitutes one of the main challenges for the success of fusion energy.