Earlier reports Convert Day of Year

The Hubble Space Telescope

Unlocking the Secrets of the Universe

Daily Report #8769

Period Covered:
08:00 PM July 16, 2020 - 07:59 PM July 17, 2020
(DOY 199/0000z - 199/2359z)

Program Principal Investigator Program Title
Science Observations Scheduled
15867 Xiaosheng Huang, University of San Francisco Confirming Strong Galaxy Gravitational Lenses in the DESI Legacy Imaging Surveys
15875 Rachael Beaton, Princeton University Securing the Absolute Scale for the IR-TRGB Distance Ladder
15879 Adam Riess, The Johns Hopkins University A Measurement of the Gaia Offset to Build a Superior Distance Ladder and Resolve the Origin of the Hubble Tension
15916 Luca Matra, Smithsonian Institution Astrophysical Observatory Exocometary gas inventories at the epoch of volatile delivery
15922 R. Tully, University of Hawaii Every Known Nearby Galaxy
16072 Shriharsh Tendulkar, McGill University Constraining the local environment and possible binarity of the closest-known Fast Radio Burst source
16085 Leonardo Dos Santos, University of Geneva-Department of Astronomy Atmospheric escape in the young transiting planet DS Tuc A b
16099 Julia Roman-Duval, Space Telescope Science Institute SMC late-O/early B Supergiants STIS
Calibration Observations Scheduled
15716 Catherine Martlin, Space Telescope Science Institute WFC3 UVIS CCD Daily Monitor Part 3
15722 Jennifer Medina, Space Telescope Science Institute WFC3 UVIS Traps with Charge Injection
15723 Russell Ryan, Space Telescope Science Institute WFC3 IR Dark Monitor
15732 Jennifer Medina, Space Telescope Science Institute WFC3 CSM Monitor with Earth Flats
15737 Matthew Maclay, Space Telescope Science Institute STIS CCD Dark Monitor Part 3
15739 Matthew Maclay, Space Telescope Science Institute STIS CCD Bias and Read Noise Monitor Part 2
15759 Tyler Desjardins, Space Telescope Science Institute CCD Daily Monitor (Part 3)
15764 Nimish Hathi, Space Telescope Science Institute ACS CCD Stability Monitor
16021 Clare Shanahan, Space Telescope Science Institute WFC3 UVIS Time Dependent Sensitivity