Research
Dark Matter: Theoretical Cosmology, Particle physics, Astrophysics, Gravitational dynamics
My research focuses on the phenomenology of dark matter across multiple scales, combining analytical modeling, simulations, and data-driven techniques. I study the impact of dark matter structure on cosmological and astrophysical signals, from 21 cm observations to gamma-ray searches, and develop machine learning and neural-network-based tools to constrain new physics. My work bridges theoretical modeling, computational methods, and the analysis of early- and late-time cosmological probes.