Earlier reports | Convert Day of Year |
Daily Report #9838
Period Covered:
08:00 PM June 20, 2023 - 07:59 PM June 21, 2023
(DOY 172/0000z - 172/2359z)
Program | Principal Investigator | Program Title |
---|---|---|
Science Observations Scheduled | ||
17130 | Tommaso Treu, University of California - Los Angeles | A 4% determination of the Hubble constant from gravitational time delays with maximally flexible lens mass profile |
17158 | Eric Bell, University of Michigan | The lowest luminosity galaxy candidates ever discovered outside of the Milky Way |
17179 | Lluis Galbany, Institute of Space Sciences (CSIC-IEEC) | A public HST-UV snapshot survey of type Ia supernova host galaxies with pre-existing optical integral-field spectroscopy |
17187 | Naomi Rowe-Gurney, NASA Goddard Space Flight Center | Observing the Ice Giants with Hubble WFC3 to Enhance Cycle 1 James Webb Space Telescope Data |
17269 | Xin Liu, University of Illinois at Urbana - Champaign | A Complete Census of Luminous Sub-arcsec Dual/Lensed Quasars at z > 1.5 |
17270 | Aaron Evans, The University of Virginia | The Effects of the Merger Process on Extranuclear Star Formation in LIRGs |
17282 | David Wilson, University of Colorado at Boulder | Ultraviolet Photometry of TRAPPIST-1 during the next JWST Observing Window |
17302 | Qicheng Zhang, California Institute of Technology | Mapping the Debris of Comet 96P/Machholz |
Calibration Observations Scheduled | ||
16947 | Sophia Medallon, Space Telescope Science Institute | STIS CCD Dark Monitor Part 2 |
16950 | Sean Lockwood, Space Telescope Science Institute | STIS CCD Bias and Read Noise Monitor Part 2 |
16971 | Meaghan McDonald, Space Telescope Science Institute | CCD Daily Monitor (Part 2) |
17004 | Aidan Pidgeon, Space Telescope Science Institute | WFC3 UVIS CCD Daily Monitor Part 2 |
17022 | Frederick Dauphin, Space Telescope Science Institute | WFC3 CSM Monitor with Earth Flats |
17247 | Christian Johnson, Space Telescope Science Institute | Cycle 30 FUV Detector Dark Monitor |
17262 | Jay Anderson, Space Telescope Science Institute | WFC3/UVIS Faint-Source CTE Characterization |