A massive outflow from NGC 4383
The first paper from the MAUVE survey! We charactersied the kinematic and chemical properties of a massive ionised gas outflow from NGC 4383.
My research focus is understanding the cycle of gas and star formation in galaxies, with the goal of understanding how galaxies die.
The gas reservoirs of galaxies participate in a complex cycle of consumption to form new stars, replenishment from pristine gas inflows, and heavy element-enriched feedback from dying stars. However, galaxies are rarely able to recover a reservoir of star-forming gas once it it is gone.
Understanding how, and why, galaxies lose their star-forming gas is essential to understanding galaxy evolution.
Current research
I am currently working on several research projects, including:
- How gas removal impacts the atomic and molecular gas of galaxies in clusters
- The multiphase properties stellar feedback-driven outflows in galaxies and their impact on their atomic and molecular gas
- Connecting disturbances between the different gas phases of galaxies
Below are some of my research highlights
Cold gas removal in Virgo cluster galaxies
Using sub-kpc observations, we show that the atomic and molecular gas within the truncation raidus of ram pressure stripped galaxies also systematiclly suppr...
PhD research
A journey through asymmetry in neutral atomic hydrogen from deep HI data, numerical simulations, and combination with IFS data from the SAMI survey.