I am currently a postdoctoral research fellow at the Max Planck Institute for Physics in Munich, Germany, in the Quantum Field Theory group. I am also part of the UNIVERSE+ collaboration that aims to create a new mathematical language to describe phenomena on all scales, from the interactions of elementary particles to the large-scale structure of the Universe.

Previously, I was a doctoral student at the Institut d'Astrophysique de Paris and Sorbonne University, in France.

My research interests lie at the interface between theoretical high-energy physics and primordial cosmology. I see the early Universe as the ultimate laboratory where high-energy theories can be tested on the most fundamental scales. Using modern quantum field theory approaches, I develop new methods to deepen our understanding of the Universe's origins. I am particularly interested in using cosmological observations to search for evidence of new physics.

Recent News

  • June 2025: Thrilled to share that I have successfully defended my PhD!

    • It was an incredibly emotional and rewarding moment, made even more special by the presence of my family, friends, and colleagues. Their support and encouragement have been invaluable throughout this journey. Grateful for this milestone and excited for what lies ahead!

  • February 2025: New paper "Primordial Sharp Features through the Nonlinear Regime of Structure Formation" released on the ArXiv!

    • It was a lot of fun working with Clément and Vivian, combining various expertise ranging from inflationary model building to performing N-body simulations and running MCMCs.

  • October 2024: First single-author paper "Spectral Representation of Cosmological Correlators" accepted for publication in JHEP!

    • Check out the paper if you are interested in physics in de Sitter and nice complex analysis, and also if you are tired of computing daunting nested time integrals.

  • September 2024: The Cosmological Flow Letter was accepted for publication in Physical Review Letters!

    • Check out the paper for a concise and accessible explanation of the newly developed cosmological flow approach for computing cosmological correlators.

  • February 2024: The CosmoFlow code is finally released as an open-source Python package!

    • Check out the Github reposit is you want to compute cosmological correlators without effort. We have included an in-depth user-guide to the code and many worked-out examples with ready-to-use notebooks.

  • January 2024: I received the 2nd 2023 Buchalter Cosmology Prize for the Cosmological Flow, alongside my fantastic collaborators Lucas Pinol and Sébastien Renaux-Petel!

    • The Buchalter Cosmology Prize is an annual prize that seeks to stimulate ground-breaking theoretical, observational, or experimental work in cosmology that has the potential to produce a breakthrough advance in our understanding of the Universe.

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    • Research

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    • Publications

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    • Talks

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    • Teaching

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    • CV

      The most recent version of my academic CV can be found here.

    • About Me

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