Research Statement

I am a PhD in astroparticle physics specialising in the study of Galactic Cosmic Rays (GCRs), with a focus on AMS-02 data analysis and GCR transport phenomenology. My work combines data-driven methods and theoretical modelling to investigate cosmic-ray propagation and composition. Recent projects include a quantitative evaluation of machine learning techniques for antideuteron searches and a reassessment of electron-capture decay within GCR transport frameworks.

Current Projects

Berillium isotopes fluxes

Measurement and interpretation of Be isotopes fluxes with AMS-02.

Revisiting EC decay in the context of GCR data

Assessment of the Impact of Electron-Capture Decay on Predicted Cosmic-Ray Fluxes in Light of Current Observations.

Past Projects

Antideuteron searches

Quantitative Evaluation of Machine Learning Classifiers for Optimizing Background Rejection in Antideuteron Searches.