Awarded Projects

Ocean-atmosphere fluxes play a critical role in the evolution of climate. A better and more quantitative understanding of the physical mechanisms governing the exchanges of mass and gases across the air-water interface is strongly needed.

Massive Black Holes (MBHs) populate the centres of most, if not all, galaxies with total masses greater than approximately 1e12 solar masses.

This project makes use of a novel approach for numerical lattice simulations of the strong nuclear force.

Adding polymers to a Newtonian solvent alters the turbulence, ultimately resulting in the macroscopic effect of drag reduction (DR) in a turbulent wall-bounded flow.

This project aims to study the turbulent flow over acoustic liners with a particular focus on the effect of Mach number.

Mitochondrial diseases result from defects in oxidative phosphorylation caused by mutations in genes in the nuclear and mitochondrial DNA. These mutations produce a wide range of abnormalities and symptoms that can make an accurate diagnosis difficult.

By facilitating early toxicity screening and optimization, ModTox aims to enhance the success rates of drug development while minimizing costs and time investments.

Natural language processing (NLP) has seen tremendous progress recently through the use of complex neural network models that learn effectively from very large amounts of data, but the use of data-intensive large-scale models also gives rise to challenges.

Understanding if VUS affect proteins and their impact at the molecular level is crucial for expanding our knowledge of cancer, developing personalized prognosis and treatments, or assisting genetic counseling.