​Welcome!
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I am a theoretical cosmologist, currently a CNRS Junior Professor at Laboratoire d'Annecy-le-Vieux de Physique Théorique. I am broadly interested in studying the origin, composition, and evolution of the universe by testing the theoretical models against high-precision cosmological data. The primary direction of my research has been testing fundamental physics using observations of cosmological large-scale structure (in particular galaxy clustering and line intensity mapping). More generally, I am interested in developing accurate theoretical models of large-scale structure observables and optimizing the analysis techniques to obtain high-precision constraints on fundamental physics; deciphering the origin of cosmic structure, elucidating the properties of neutrinos and light relics, and shedding light on the nature of dark matter and dark energy. In My recent works also explore various applications of machine learning techniques to analysis of cosmological datasets, including dientangling signal from the noise and performing cosmological parameter inference.  

I am the co-lead of Cosmology with Higher-Order Statistics key project (DR1-KP-GC-6) of Galaxy Clustering Science Working Group (GC-SWG) of Euclid Consortium. We are currently preparing for the joint analysis of 2- and 3-point statistics of spectroscopic galaxy clustering measurements of the upcoming first data release of the Euclid survey.