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Connor Robinson is next talking about accretion variability on low mass stars. He categorizes them according to their optical light curves and uses UV excess to understand their accretion mechanisms. #accr2018

Crazy changes on day-like timescales in the accretion rate of GM Aur - Robinson #planetformation2019

I am looking at the Star GM-AUR with Space Telescope Imaging Spectrograph for Mr. Connor Robinson. spacetelescopelive.org/2019-12-06T10:…

Proud to co-PI the ODYSSEUS team alongside Gregory Herczeg We may be the largest team ever assembled within the young star community (and we're open to adding new team members, DM us if interested). Looking forward to some excellent science results!

Congratulations to Dr. Connor Robinson! Connor Robinson is my first PhD student and he just successfully defended his thesis on "Accretion Variability in Young Low-Mass Stellar Systems." Next, Connor will be heading to Amherst on a fellowship. We will miss him at BU Astronomy Dept!

Joe Palmo is also standing by at his related poster to talk about his thesis project co-supervised by Connor Robinson, in case you missed it Wed! aas237-aas.ipostersessions.com/Default.aspx?s…

🎶Baby star️ ⭐️, doo doo doo doo doo doo, Baby star️ ⭐️, doo doo doo doo doo doo🎶 New research by Catherine Espaillat provides new clues as to what forces were at play when our sun was in its infancy & reveals new information about how young stars grow. spr.ly/6012yxHPO

Our nature paper was published today! We mapped the structure of an accretion hotspot on a young star using simultaneous, multiwavelength observations from space (Hubble NASA Swift Observatory NASA_TESS) and the ground (Las Cumbres Observatory Cerro Tololo). See more here! nature.com/articles/s4158…