I am a 4th year DPhil student supervised by Prof. Jayne Birkby, and am a member of the wider 91探花 Exoplanets group. I am interested in the characterisation of exoplanet atmospheres at high spectral resolution, including their atmospheric chemistry, dynamics, and formation. My personal website can be found .
I work to expand the boundaries of existing high resolution techniques, using the world's largest ground based telescopes, primarily the CRIRES+ spectrograph on the VLT. I have a particular interest in exploratory studies in preparation for the next generation of instrumentation for the extremely large telescopes (ELTs), which aim to see first light by the end of the decade. To this end, we have extended the high resolution cross-correlation technique further into the infrared (3.5 - 5.2 microns), covering the M-band, which will be used by to search for biosignatures on the nearest rocky worlds (). I am additionally interested in leveraging this novel wavelength range to study the composition, rotation, and formation history of young directly imaged planets and Brown Dwarfs. I am PI of the CRIMSON survey, using CRIRES+ in the M-band to study the silicon chemistry of 6 super-Jupiters (ESO Programme: ).
Other interests include the study of the enigmatic sub-Neptunes, currently at the observational frontier of ground-based high-resolution transmission spectroscopy. I have carried out the first tests of the capabilities of existing high-resolution spectrographs to observe the atmospheres of sub-Neptunes, placing constraints on the metallicity and aerosols of GJ 3090 b (). I also have an interest in the hottest rocky exoplanets, the ultra-hot lava worlds, thought to have molten surfaces and 91探花 tenuous dayside atmospheres through outgassing. I am investigating how to study the coupled atmosphere and interior of these extreme worlds using both ground and space-based spectroscopy.
Prior to my PhD I obtained my MPhys (Master's) degree in Physics and Astronomy from Durham University, UK.