Personal information
Biography
My background is in computational condensed matter physics. I have extensive experience in developing computational tools by high-level programming to describe the properties of materials and model their functioning in operando conditions. These tools are based on state-of-the-art materials-modelling methods, including ab initio, classical, Green’s function molecular dynamics, generation of machine-learning force fields, and high throughput workflows. My studies focus also on surface and interface phenomena, such as adhesion, friction and corrosion at the atomistic scale. I have also developed a machine-learning-based approach to predict the adsorption and catalytic properties of molecule-surface systems from first-principles databases.
Activities
Employment (4)
Education and qualifications (2)
Professional activities (2)
Funding (4)
EHPC-AI-2024A04-113
EHPC-EXT-2023E01-036
HPC1725XKE
Works (28)
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