ET-Lab (@etlab_caltech) 's Twitter Profile
ET-Lab

@etlab_caltech

We are Exoplanet Technology Laboratory at Caltech. Our goal is to develop innovative technologies for studying planets around other stars (i.e. exoplanets)!!

ID: 1329874296076857344

linkhttp://etlab.caltech.edu/ calendar_today20-11-2020 19:48:52

17 Tweet

24 Takipçi

4 Takip Edilen

Jason Wang (@semaphore_p) 's Twitter Profile Photo

Happy to share Rodrigo Ferrer's first paper🎉: the biases in orbit fitting due to short orbital arcs💫(arxiv.org/abs/2103.12877 w/ Sarah Blunt, PhD 🍉 ). Quite an impressive piece of work considering most of this was done last summer over his remote summer internship. Some highlights...

Aniket Sanghi (@exoas23b) 's Twitter Profile Photo

I am excited to share that I will be working with Jason Wang, Jerry Xuan, and Dr. Dimitri Mawet on exoplanet imaging at the ET Lab as a SURF Fellow this summer!🔭😁Looking forward to the journey ahead!

I am excited to share that I will be working with <a href="/semaphore_P/">Jason Wang</a>, Jerry Xuan, and Dr. Dimitri Mawet on exoplanet imaging at the ET Lab as a SURF Fellow this summer!🔭😁Looking forward to the journey ahead!
Dr. Christina Hedges (@thechedgehog) 's Twitter Profile Photo

Lots of people want to write astronomy software, but it's hard to get started. I have collated some of my thoughts about how to start building astronomy software here. christinahedges.github.io/astronomy_work… I include recommended tools, git tutorials, and demos of how to start projects. 1/2

Jason Wang (@semaphore_p) 's Twitter Profile Photo

What a week this was! A lot of credit to Sarah Blunt, PhD 🍉 for shaping this workshop! I loved all the enthusiasm from participants to improve astro software! That really made my week

Jason Wang (@semaphore_p) 's Twitter Profile Photo

Our KPIC paper showing the detection and characterization of the HR 8799 planets at high spectral resolution (R~35,000) is out! Paper here: arxiv.org/abs/2107.06949. Short thread below:

Jason Wang (@semaphore_p) 's Twitter Profile Photo

Dimtiri Mawet wrote up a short overview of KPIC if you're curious: rdcu.be/coY1J. We think we can apply the same high spatial+spectral resolution technique on all the directly imaged planets + brown dwarf companions! More papers coming from KPIC soon!

Jason Wang (@semaphore_p) 's Twitter Profile Photo

Doing spectroscopy of brown dwarf and exoplanet companions tonight with KPIC. We now have a snazzy GUI to control our instrument! Pic below we track a star on the black x so that the light of an unseen companion goes into our fibers (white x's)

Doing spectroscopy of brown dwarf and exoplanet companions tonight with KPIC. We now have a snazzy GUI to control our instrument! Pic below we track a star on the black x so that the light of an unseen companion goes into our fibers (white x's)
W. M. Keck Observatory (@keckobservatory) 's Twitter Profile Photo

Astronomers have for the very first time measured how fast HR 8799 exoplanets are spinning. The result marks first science for our new instrument KPIC. Congrats to Jason Wang of Caltech, Jacques Delorme of W. M. Keck Observatory & their teams! Details 👉 keckobservatory.org/kpic

Bin Ren (@renbbin) 's Twitter Profile Photo

Extrasolar Kuiper Belts, aka debris disks, resolved by the Hubble Space Telescope (arxiv.org/abs/2302.04273), the central gray regions are where the stars are. These belts can be 1k to 100k times fainter than their host star. 1/n

Extrasolar Kuiper Belts, aka debris disks, resolved by the Hubble Space Telescope (arxiv.org/abs/2302.04273), the central gray regions are where the stars are.  These belts can be 1k to 100k times fainter than their host star. 1/n