Chelsea Huang

This is the first comprehensive occurrence rate study of young planets using data from TESS Full Frame Images.

Her study finds that close-in young planets are dominantly hydrogen/helium worlds. These planets will most likely lose a significant fraction of their atmosphere and become the super-Earth/sub-Neptune population found by Kepler.

Our @unisqaus PhD student @Astro_Sydney just completed a population study of the youngest exoplanets (<200 Myr). Congratulations! The paper is accepted by AJ and on arXiv : arxiv.org/abs/2403.03261

@ChelseaH_Astro and I are hiring a postdoc interested in JWST data analysis! If you're interested in working at @MIT_Physics and @unisqaus , check our our job ad! careers.peopleclick.com/careerscp/clie…

Like a diamond in the sky 💎 Alex Venner is leading a team to observe a white dwarf star becoming a giant cosmic crystal... and it isn’t like anything seen on Earth. @SpaceAusDotCom | #SpaceAustralia

TWO successful #JWSTCycle2 proposals from @unisqaus! Awesome work from our first year PhD student Alex Venner, it was his first ever space telescope proposal!

The last piece of my PhD accepted in the Astronomical Journal: arxiv.org/abs/2208.10854 This discovery paper highlights a young, Jupiter sized, super eccentric planet on a 225 days orbit! Many thanks to @georgezhouastro and @ChelseaH_Astro, @unisqaus and all the people involved.

This neural network makes use of hundreds of hours spent by vetters labeling more than 20,000 triggers into 5 categories. My cat helped a bit too.

Congratulations to the astronet TESS team @TESSatMIT on the upgraded triage network that helped with detections of thousands of QLP candidates. arxiv.org/abs/2301.01371

Photos of the total #LunarEclipse from Mt. Kent today and the guardian frog of the observatory bathrooms

Welcome our new @unisqaus astro HDR students at Mt Kent during the total lunar eclipse. Picture credit: @georgezhouastro with @AstroShishir