I have been part of the Euclid collaboration since 2024, when I joined the Homogeneity & Isotropy work package within the Theory Working Group.

I lead and coordinate the group of people within Euclid trying to measure the kinematic dipole using an Ellis & Baldwin test approach. The unprecedented quality and size of the Euclid photometric sample will allow us to make a first-of-its-kind measurement to test one of the fundamental assumptions in our field: the Cosmological Principle.

The COMPACT Collaboration is a group of ~25 cosmologists of different backgrounds and levels of seniority trying to answer one of the most basic yet profound questions about our Universe: what's its shape?

Since joining at the start of my PhD, I have worked on how the shape of the Universe would show up in the CMB, and I am currently leading a paper on lens spaces. I have also studied how much information the CMB and the 3D distribution of matter carry about topology, and how topology affects quantum fields. I am a co-author of our review The topology of the Universe in Nature Astronomy (2026).