Simone Scacchi

Simone Scacchi is a Researcher at the Department of Mathematics, University of Milan, and a member of the Scientific Computing Group focusing on numerical methods and applications. His work emphasizes cardiac electrophysiology modeling, parallel computing, and mathematical epidemiology. He develops advanced numerical techniques like algebraic multigrid solvers, BDDC preconditioners, and virtual element methods for complex biomedical and environmental systems.

Research interests include computational cardiology (e.g., Bidomain models, arrhythmias), epidemic control strategies for agricultural diseases (e.g., Xylella fastidiosa), and high-performance computing for fluid-structure interaction problems. His contributions span parallel algorithms, domain decomposition methods, and operator learning applications in medical imaging.

• Key Projects: Cardiac electro-mechanical modeling, regional control of vector-borne epidemics, and scalable preconditioners for cardiac simulations.
• Publications highlight interdisciplinary approaches combining numerical analysis with biomedical and ecological applications.

Advances in his work address challenges in simulating cardiac dynamics, optimizing epidemic containment, and enhancing computational efficiency for large-scale systems.