CAPUTO Jean-Guy

Jean-Guy Caputo is a Professor in Engineering Mathematics at INSA de Rouen, France. He holds the Habilitation à Diriger des Recherches (HDR) and specializes in nonlinear waves, partial differential equations (PDEs), scattering theory, and inverse problems. His research focuses on network dynamics, epidemic modeling, and applications to superconductivity, power grids, and epidemiology. He advises doctoral students such as Imene Khames, Benoît Sarels, and L. Loukitch. His teaching includes Mathematical Engineering, scientific computing, and perturbation theory.

Key research interests include nonlinear wave propagation on networks, scattering phenomena in superconductors, and inverse problems in engineering systems. His recent work explores vaccination strategies on geographic networks and spectral analysis of PDEs on complex graphs. He has contributed to understanding wave dynamics on networks using the sine-Gordon equation and analyzing trophic networks through optimization frameworks.

His articles address topics like localized eigenvectors on metric graphs, spectral solutions of PDEs, and control of epidemic spread. He collaborates with interdisciplinary teams and serves as an editor for journals like MDPI Axioms and Mathematics. His research bridges applied mathematics, physics, and engineering, with applications to energy systems and public health.