I proposed and developed a gradient-flow strategy to compute moments of parton distribution functions from lattice QCD. The approach provides a new route to hadron structure from first principles, combining lattice calculations at positive flow time, controlled continuum extrapolations, and perturbative matching to physical PDF moments.

This research program connects formal developments in quantum field theory, large-scale numerical simulations, high-performance computing, and phenomenological applications to the internal structure of hadrons.