Earlier reports Convert Day of Year

The Hubble Space Telescope

Unlocking the Secrets of the Universe

Daily Report #8912

Period Covered:
07:00 PM December 06, 2020 - 06:59 PM December 07, 2020
(DOY 342/0000z - 342/2359z)

Program Principal Investigator Program Title
Science Observations Scheduled
15924 Johanna Vos, American Museum of Natural History A case study for JWST: Disentangling auroral and cloud variability in early L dwarfs
16065 George King, University of Michigan The irradiation and atmospheric escape of the brightest gaseous super-Earth
16113 Julia Roman-Duval, Space Telescope Science Institute ULLYSES K-type T Tauri stars in the Orion OBIb and Sigma Ori Star Forming Regions
16196 Bradley Peterson, The Ohio State University Mapping Gas Flows in AGNs by Reverberation
16198 Adam Riess, The Johns Hopkins University From Masers to Coma, A Single Step Measurement of the Hubble Constant and a Reservoir of New SNe Ia
16219 Kat Barger, Texas Christian University Exploring the origin of the M31-M33 filament
16229 Clemence Fontanive, University of Bern Precise distances and photometry for the Y dwarf population: unlocking the secrets of our coolest neighbours
16427 Andrew Levan, Radboud Universiteit Nijmegen The role of photons from X-ray binaries at reionization
Calibration Observations Scheduled
16337 Matthew Maclay, Space Telescope Science Institute STIS CCD Dark Monitor Part 1
16340 Matthew Maclay, Space Telescope Science Institute STIS CCD Bias and Read Noise Monitor Part 1
16354 Amy Jones, Space Telescope Science Institute STIS NUV MAMA Dark Monitor
16377 Meaghan McDonald, Space Telescope Science Institute CCD Daily Monitor (Part 1)
16382 Meaghan McDonald, Space Telescope Science Institute CCD Hot Pixel Annealing
16394 Benjamin Kuhn, Space Telescope Science Institute WFC3 UVIS CCD Daily Monitor Part 1
16403 Jennifer Medina, Space Telescope Science Institute WFC3 IR Dark Monitor
16412 Jennifer Medina, Space Telescope Science Institute WFC3 CSM Monitor with Earth Flats
16440 Jay Anderson, Space Telescope Science Institute WFC3/UVIS CTE: A Completely Direct Approach to Model Pinning