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Academic Achievements
Developed lymph, an efficient high-order solver for differential problems with polytopal discontinuous Galerkin methods; Created Vulpes, an open-source library for the numerical approximation of multiphysics PDEs on polytopal meshes; Developed SPEED, an open-source code for simulating large-scale seismic events in three-dimensional complex media.
Research Experience
Principal Investigator of ERC Synergy Grant NEMESIS; Principal Investigator of BraiNum project, which focuses on numerical modeling of the Human Brain from physiology to neurodegenerative diseases.
Background
Professor of Numerical Analysis, Head of Laboratory for Modeling and Scientific Computing MOX. Research interests include numerical simulation methods.