© Various
The top right figure shows a key result from her first paper that led on from her Masters thesis; these are unusual FRBs from a repeating source of FRBs, initially referred to as 'smudges', that would be missed by standard FRB search methods. The full paper is available here . Following this, Kelly investigated the potential link between two localised FRBs, found in old stellar populations, with the mergers of two neutron stars ( paper ). This work leads naturally on to the remainder of her thesis.
Four key chapters of Kelly's thesis showcase important transient astronomy results obtained using LOFAR during the past 4 years and her invaluable work processing and interpreting these events. Her work includes the follow-up of LOFAR of the very first neutron star binary merger detected via its gravitational wave signal (Figure in bottom left and paper ), the very first automatic rapid response triggers by LOFAR on gamma-ray bursts (papers here and here ), and determining how we can hunt for transients following the detection of gravitational events that are poorly localised (Figure in bottom right and paper ).
Her thesis is available here
Many congratulations dr Kelly Gourdji!