My research focuses on the interaction between differential equations and their associated geometric and topological structures, emphasizing foliation theory and singularities. I am also interested in applications to mathematical physics and other interdisciplinary problems.
Recent preprints develop (i) the construction and classification of 2-flags of holomorphic foliations arising from singular second-order ODEs, and (ii) results on the topological invariance of algebraic multiplicity for broad classes of holomorphic foliations.
Motivated by mathematical physics, I have also studied non-perturbative phenomena (resurgence and transseries), and I am interested in interdisciplinary modeling, including resource-limited ecological dynamics via generalized Lotka–Volterra systems with memory effects.