My passion for astronomy has been an integral part of most of my life: as I realized at the age of 12 that current theories only explain 5% of the cosmos, making a scientific contribution that would shed light on the dark sector of cosmology became my main career goal. Several years later, this unwavering curiosity motivated my Honours thesis centred on the calibration of the CHIME telescope. I then collaborated with the H0LiCOW team, analysing lensed quasars as probes of the Hubble constant, before focusing on the use of machine learning to search for deviations from general relativity in gravitational waves. While studying quantum field theory, I became fascinated by the interconnectedness between the smallest and largest scales of the universe, a central issue in inflationary physics. My PhD will aim to detect signatures of primordial gravitational waves in the CMB and constrain models of the early universe. Despite the abstract nature of my topic, I hope for my research to make a broader impact through the development of computational methods with a wide range of applications. Becoming a Gates Scholar is a great honour which will also allow me to build upon my experience with science outreach and advocating for women in STEM.
Ecole Polytechnique Fédérale de Lausanne Physics 2021
University of British Columbia Physics 2019
Ecole Polytechnique federale de lausanne Physics 2019