Natalie Jachowicz

Natalie Jachowicz is a Full Professor at the Faculty of Sciences, Ghent University, specializing in theoretical nuclear physics and neutrino interactions. Her work bridges astrophysical applications with experimental neutrino physics, focusing on modeling neutrino-nucleus cross sections, Monte Carlo simulations, and nuclear effects in detector design.

• Research Themes: Neutrino-nucleus interactions, computational nuclear physics, astrophysical neutrino studies, Monte Carlo event generation
• Key Projects: FWO-funded neutrino oscillation experiments, neutrino energy reconstruction models, multinucleon knockout studies

Research Trends in her recent articles highlight advancements in lattice QCD integration, relativistic frameworks for neutrino scattering, and nuclear medium effects in low-energy transfer regimes. Collaborative efforts with institutions like CERN and T2K emphasize precision modeling for oscillation experiments.

Scientific Awards

• FWO Fellowship (2007-2008) for neutrino-astrophysical applications

Students include doctoral researchers Kajetan Niewczas, Alexis Nikolakopoulos, Nils Van Dessel, and Tom Van Cuyck, with ongoing projects in neutrino-oscillation simulations and nuclear correlation effects.