معرفی
Associate Professor Alberto Bersani holds an academic position at the Department of Mathematics of Sapienza University of Rome. His research focuses on interdisciplinary applications of mathematical modeling to biological systems, biomechanics, and material science. Key areas include enzyme kinetics analysis, biochemical reaction networks, and computational studies of tissue regeneration.
Bersani’s work integrates advanced mathematical techniques such as asymptotic expansions, stochastic modeling, and numerical simulations. He has extensively studied phosphorylation mechanisms, bone remodeling processes involving bio-resorbable scaffolds, and the dynamics of stem cell therapies in cardiac regeneration. His contributions also extend to metamaterial design and the development of novel formulations for mechano-transduction processes.
His publications often bridge theoretical frameworks with practical biomedical applications, such as modeling nutrient dynamics in 3D cardiac tissues and optimizing parameters for metamaterials under dynamic loads. Collaborative projects include finite element method validations for strain gradient elasticity and the exploration of hyperbolic PDEs in biological signaling contexts.
Bersani maintains active engagement with computational biology, contributing to both methodological advancements and real-world problem-solving in regenerative medicine and material engineering.
