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In her thesis, Kenzie presents several pioneering studies of fast radio bursts (FRBs), using the European VLBI Network as well as single-dish voltage data from the 100-m Effelsberg telescope. This allowed her to zoom-in in both time and space to pinpoint exactly when and where FRBs happen. She investigated the diversity of environments in which FRB sources are found (from Milky-Way-like galaxies to globular clusters), and showed that we have only just scratched the surface in terms of exploring the breadth of FRB-like signals we can detect - on timescales as short as nanoseconds, and with luminosities that span many orders of magnitude.
Kenzie is now off to MIT, where she was awarded a prestigious Kavli fellowship in astrophysics to continue her research using the CHIME/FRB telescope. CHIME/FRB is being expanded with outrigger stations, and Kenzie will apply her expertise to localise a large sample of FRBs to their host galaxies. This will transform our understanding of the phenomenon as well as enable many exciting applications in astrophysics and cosmology.