I completed my higher education in Saclay, France. I first followed an engineering curriculum, then transitioned to fundamental physics for my PhD in 2020 at CEA–Saclay, when I joined the ALICE collaboration. I obtained my PhD in 2023 and then moved to Nantes for a post-doc at the Subatech laboratory.

During my PhD and post-doc, I worked on the calibration of the Muon Forward Tracker (MFT), installed during LS2 to provide pointing resolution for forward-rapidity measurements. Since 2023, I am software coordinator of the MFT, overseeing software developments for the detector and acting as a link between detector and analysis activities.

I participated to the development of analysis tools for Run 3 muon analyses and worked on the separation of prompt and non-prompt J/ψ in pp collisions at forward rapidity. In addition, I took part in the first measurement of J/ψ flow using multiparticle cumulants, giving access to the role of fluctuations in J/ψ flow.

I am also interested in phenomenology. I contributed to a collaborative study with theorists to evaluate the impact of the pre-equilibrium stage (the phase between the initial state and the formation of a thermalized Quark-Gluon Plasma) on thermal dilepton production.

My main research interests currently include quarkonium and heavy-flavor physics, their production mechanisms and use as QGP probes, as well as thermal dileptons, and thermalization dynamics in heavy-ion collisions.

Outside of research, I enjoy going to the cinema and to concerts, and learning about history, with a particular interest in the Mongol Empire.