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«Garzoncello scherzoso, cotesta età fiorita è come un giorno d'allegrezza pieno, giorno chiaro, sereno, che precorre alla festa di tua vita. Godi, fanciullo mio; stato soave, stagion lieta è codesta. Altro dirti non vo’; ma la tua festa ch’anco tardi a venir non ti sia grave.»
Curious, driven, and always eager to grow, I embrace challenges as opportunities to learn, adapt, and constantly improve.
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Research focused on Lagrangian Mechanics, First Integrals, Qualitative Analysis of Motion, Weierstrass' theory, and Partial Differential Equations.
Elected university representative with over 1000 students voting.
Elected university representative with over 650 students voting.
Development of a reduced-order model (POD–Galerkin), aimed at efficiently simulating the quantum dynamics of an electron confined in a bi-crystal and subjected to time-varying electric fields.
Development of a data-driven reduced-order model, using the Fisher–KPP equation for predictive maintenance applications.
Dynamic analysis through experimental modal analysis, aimed at analyzing the modal behavior of the system.
Analysis aimed at validating the dynamic and modal behavior of the structure through the analysis of its FEM model.
Measurements and experimental modal analysis on a steel structure for the analysis of its modal behavior.
Application of Weierstrass theory to derive first integrals and effective potentials for celestial mechanics analysis