Great surprise this week at @CambridgeIndy newspaper cover🗞️ of Cambridge Psychedelic Research Group 💊 🍄
Local partnership between @CPFT_Research@CUH_NHS@psychiatry_ucam@CambridgeCRF
���🏽 Clinical Research & Innovation to improve patient care and mental health outcomes
Using the JVLA, we observed 12.9 billion year old light to characterise a primordial galaxy. Even though it is faint, this source has hot dust (heated by new stars) and lots of molecular gas (fuel for future stars)! @JorisWitstok@AliConcas@nicolastro63
https://t.co/U6ZwrazNaJ
Thanks @ThatsWestAnglia for featuring the #ProNET#MentalHealth research study to improve outcomes & prevention of #psychosis, led by Dr @lili_galindo our @CPFT_NHS psychosis expert with #CPFTCAMEO.
Find out more about this global effort and UK partner:
➡️ https://t.co/BwBfJaqusw
🚨🚨New interactive JWST / JADES website just dropped!🚨🚨
For public:
https://t.co/E1w802wGEx
For scientists:
https://t.co/ayb18zZGLN
Browse the stunning new @NASAWebb images, catalogs, and spectra from the JADES deep survey!
Excited that our latest findings on the buildup of interstellar dust in the first galaxies are out! Three quick highlights below 🌃⤵️
https://t.co/npJweV8Kpf
@GalaxyCJones @renskerens
Great work by the WISDOM team (Ruffa et al.; https://t.co/fUhxWIDRCp) today - modeling CO kinematics in three ETGs from amazing ALMA data. (And they may have found the eye of Sauron in NGC0612.)
Did the massive, bright galaxies in the early Universe build up mass by crashing into each other in mosh pits, or by slowly aggregating mass? In a great work by @micginolfi, we found tha one of these sources was calmly rotating, hinting at a peaceful past. https://t.co/sKV7Cq0Abb
Nice picture of the day: strong star formation and warm dust in a pair of galaxies when the Universe was 1.3 billion years old. And no sign of direct merging! #ALMA
Paper Day :)
MUSE & ALMA observations of the circumgalactic environment and the interstellar structure of a hot dust-obscured galaxy at z~3.6. We study the physics driving the growth of one of the most massive and luminous galaxies. A short summary:
1/6
https://t.co/S99BWm8NFM