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The study will develop novel generative 3D morphable shape models for both humans and objects, enabling fitting bodies and objects to images representing HOIs under occlusion featuring possibly unknown objects.
The project aims to push the studies of spectral and transport properties of the QGP.
Antarctic and Greenland ice sheets lose most of their mass by a few corridors of rapidly flowing ice.
Turbulence bounded by curved walls characterizes different applications of paramount importance for engineering applications: highly cambered airfoils, turbomachine blades and coolant channels among others.
At the so-called precision frontier, high-intensity experiments test the Standard Model (SM) of particle physics, searching for discrepancies with theoretical predictions that may reveal new physics.
This project develops a native streaming autoregressive diffusion framework for real-time, interactive human avatar video generation.
The human ether-a-go-go (hERG) gene encodes the voltage-activated, potassium-selective channel that regulates the repolarisation phase in the cardiac action potential.
Voltage-gated sodium channels (NaVs) control neuronal excitability, also in association with a number of auxiliary proteins.
When you break an atom, you see electrons, protons and neutrons as free particles but when you break a proton its quarks and gluons rearrange into new hadrons. Quarks and gluons are permanently confined in hadrons.
This project focuses on the unexplored Corrigan and Ramond large number of colours limit that holds the key to discovering novel properties of hadron dynamics and connecting QCD and Supersymmetry.