Proposal (STScI Edit Number: 50, Created: Tuesday, October 2, :02:44 PM EST) - Overview
|
|
- Colin Strickland
- 5 years ago
- Views:
Transcription
1 Proposal (STScI Edit Number: 50, Created: Tuesday, October 2, :02:44 PM EST) - Overview Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ahead of JWST Cycle: 25, Proposal Category: GO (UV Initiative, JWST Initative) (Availability Mode: SUPPORTED) INVESTIGATORS Name Institution Dr. Julien de Wit (PI) (Contact) Massachusetts Institute of Technology jdewit@mit.edu Prof. Nikole Lewis (CoI) Cornell University nikole.lewis@cornell.edu Dr. Vlada Stamenkovic (CoI) Jet Propulsion Laboratory vlada.stamenkovic@jpl.nasa.gov Dr. Michael Gillon (CoI) (ESA Member) Universite de Liege michael.gillon@ulg.ac.be Prof. Adam J. Burgasser (CoI) University of California - San Diego aburgasser@ucsd.edu Laetitia Delrez (CoI) (ESA Member) University of Cambridge ldelrez@ulg.ac.be Prof. Brice-Olivier Demory (CoI) (ESA Member) University of Bern brice.demory@csh.unibe.ch Dr. Emmanuel Jehin (CoI) (ESA Member) Universite de Liege ejehin@ulg.ac.be Prof. Susan Lederer (CoI) NASA Johnson Space Center susan.m.lederer@nasa.gov Dr. Hannah Ruth Wakeford (CoI) Space Telescope Science Institute hwakeford@stsci.edu Prof. Didier Queloz (CoI) (ESA Member) University of Cambridge dq212@cam.ac.uk Dr. Amaury Triaud (CoI) (ESA Member) University of Cambridge aht34@cam.ac.uk Dr. Valerie Van Grootel (CoI) (ESA Member) Universite de Liege valerie.vangrootel@ulg.ac.be Dr. Emeline Bolmont (CoI) (ESA Member) Universite de Namur emeline.bolmont@unamur.be Dr. Franck Selsis (CoI) (ESA Member) Universite de Bordeaux selsis@obs.u-bordeaux1.fr Dr. Sean Raymond (CoI) (ESA Member) Universite de Bordeaux rayray.sean@gmail.com Dr. Jeremy Leconte (CoI) (ESA Member) Universite de Bordeaux jeremy.leconte@u-bordeaux.fr Prof. Sara Seager (CoI) Massachusetts Institute of Technology seager@mit.edu Mary Knapp (CoI) Massachusetts Institute of Technology mknapp@mit.edu 1
2 Proposal (STScI Edit Number: 50, Created: Tuesday, October 2, :02:44 PM EST) - Overview Name Institution Dr. Vincent Bourrier (CoI) (ESA Member) (Contac Observatoire de Geneve vincent.bourrier@unige.ch t) Prof. David Ehrenreich (CoI) (ESA Member) Observatoire de Geneve david.ehrenreich@unige.ch Dr. Jeff A. Valenti (CoI) Space Telescope Science Institute valenti@stsci.edu VISITS Visit Targets used in Visit Configurations used in Visit Orbits Used Last Orbit Planner Run OP Current with Visit? 01 WFC3/IR 4 02-Oct :01:07.0 yes 02 WFC3/IR 4 02-Oct :01:17.0 yes 03 WFC3/IR 4 02-Oct :01:29.0 yes 04 WFC3/IR 4 02-Oct :01:38.0 yes STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA 6 02-Oct :01:43.0 yes 7 02-Oct :01:47.0 yes 7 02-Oct :01:51.0 yes 5 02-Oct :01:54.0 yes 4 02-Oct :01:57.0 yes 6 02-Oct :02:00.0 yes 6 02-Oct :02:04.0 yes 4 02-Oct :02:06.0 yes 2
3 Proposal (STScI Edit Number: 50, Created: Tuesday, October 2, :02:44 PM EST) - Overview Visit Targets used in Visit Configurations used in Visit Orbits Used Last Orbit Planner Run OP Current with Visit? 08 STIS/CCD STIS/FUV-MAMA 4 02-Oct :02:09.0 yes B1 B2 C1 C2 C3 D1 E1 E2 F1 F2 F3 G1 G2 STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA STIS/CCD STIS/FUV-MAMA Oct :02:11.0 yes 4 02-Oct :02:13.0 yes 4 02-Oct :02:16.0 yes 4 02-Oct :02:18.0 yes 4 02-Oct :02:20.0 yes 4 02-Oct :02:23.0 yes 4 02-Oct :02:25.0 yes 4 02-Oct :02:27.0 yes 4 02-Oct :02:29.0 yes 4 02-Oct :02:32.0 yes 4 02-Oct :02:34.0 yes 4 02-Oct :02:37.0 yes 4 02-Oct :02:39.0 yes
4 Proposal (STScI Edit Number: 50, Created: Tuesday, October 2, :02:44 PM EST) - Overview Visit Targets used in Visit Configurations used in Visit Orbits Used Last Orbit Planner Run OP Current with Visit? H1 STIS/CCD STIS/FUV-MAMA 4 02-Oct :02:41.0 yes H2 125 Total Orbits Used STIS/CCD STIS/FUV-MAMA 4 02-Oct :02:43.0 yes ABSTRACT Using the Spitzer Space Telescope, our team has discovered 7 Earth-sized planets around the nearby Ultra-cool dwarf star TRAPPIST-1. These planets are the first to be simultaneously Earth-sized, temperate, and amenable for in-depth atmospheric studies with space-based observatories (notably, JWST). TRAPPIST-1's system thus provides us with the first opportunity to probe the atmospheres of Earth-sized exoplanets and search for signs of habitability beyond our solar system, which will require spectral information from the UV to the IR to complete their atmospheric puzzles. We request 114 HST orbits to complete the UV+NIR survey of the 7 planets in preparation for their in-depth followup with JWST. The suggested low-density of the planets combined with their complex orbital resonance chain indicate that they migrated inward to their current positions and may harbor large water rich reservoir or leftover primordial H2 atmospheres. We have already ruled out the presence of clear H2 atmospheres for the 5 innermost planets using WFC3 and are requesting 16 WFC3 orbits to complete the TRAPPIST-1 NIR reconnaissance survey. Our primary request consists in 98 STIS orbits to complete the survey for extended H-exospheres around each of the planets. H-exospheres are the most accessible observables for volatile reservoirs, which have not been ruled out by our WFC3 observations. Exosphere detection is only amenable using HST unique capabilities in the UV and are pivotal to guide JWST's in-depth followup. The combined information from HST's UV and NIR observations will allow us put the first critical pieces of the atmospheric puzzle in place for these temperate earth-sized worlds. OBSERVING DESCRIPTION This program will observe two transits of each TRAPPIST-1 planets with STIS (in LY-a) to search for signs of exospheres while acquiring extra baseline measurements to monitor the star's activity. In addition, 16 WFC3 orbits to complete the TRAPPIST-1 NIR reconnaissance survey that has already ruled out the presence of clear H2 atmospheres for the 5 innermost planets. 4
5 Proposal WFC3 transit of g (3) (01) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... Visit Fixed Targets Proposal 15304, WFC3 transit of g (3) (01), completed Wed Oct 03 00:02:44 GMT 2018 Diagnostic Status: No Diagnostics Scientific Instruments: WFC3/IR Special Requirements: SCHED 100%; Period D AND ZERO-PHASE HJD # Name Target Coordinates Targ. Coord. Corrections Fluxes Miscellaneous Alt Name1: TRAPPIST-1 RA: ( d) Dec: ( d) Equinox: J2000 Proper Motion RA: mas/yr Proper Motion Dec: mas/yr Parallax: " Epoch of Position: Radial Velocity: km/sec V= / V= , R= , I= , J= , K= Reference Frame: ICRS Comments: We measured the J2000 equatorial coordinates of TRAPPIST-1 in the 2015 TRAPPIST images, using 29 stars from the UCAC2 catalog and the Pulkovo Observatory Izmccd astrometric software (we use the mean epoch of these observations secured between September and December 2015). We adopt uncertainties on RA and Dec as those for 2MASS for this object. We checked that the input coordinates and those given in SIMBAD at Epoch 2000 yield the same position in the APT target confirmation chart at Epoch We also checked independently that these coordinates and proper motion match with the position of the star in POSS image (1953) and 2MASS image (1998). Radial velocity comes from Barnes et al Category=STAR Description=[EXTRA-SOLAR PLANETARY SYSTEM] 5
6 Proposal WFC3 transit of g (3) (01) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... # Label Target Config,Mode,Aperture Spectral Els. Opt. Params. Special Reqs. Groups Exp. Time (Total)/[Actual Dur.] Orbit 1 WFC3/IR, MULTIACCUM, GRISM256 F139M NSAMP=1 SAMP-SEQ=RAPI D PHASE 0 TO Secs (2.778 Secs) Exposures [1] 6
7 Proposal WFC3 transit of g (3) (01) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 2 WFC3/IR, MULTIACCUM, GRISM256 G141 NSAMP=6; SAMP-SEQ=SPAR S25 SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard Secs X 60 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] [==>(Copy 13)] [==>(Copy 14)] [==>(Copy 15)] [==>(Copy 16)] [==>(Copy 17)] [==>(Copy 18)] [==>(Copy 19)] [==>(Copy 20)] [==>(Copy 21)] [==>(Copy 22)] [==>(Copy 23)] [==>(Copy 24)] [==>(Copy 25)] [==>(Copy 26)] [==>(Copy 27)] [==>(Copy 28)] [==>(Copy 29)] [==>(Copy 30)] [1] [2] 7
8 Proposal WFC3 transit of g (3) (01) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... [==>(Copy 31)] [==>(Copy 32)] [==>(Copy 33)] [==>(Copy 34)] [==>(Copy 35)] [==>(Copy 36)] [==>(Copy 37)] [==>(Copy 38)] [3] [==>(Copy 39)] [==>(Copy 40)] [==>(Copy 41)] [==>(Copy 42)] [==>(Copy 43)] [==>(Copy 44)] [==>(Copy 45)] [==>(Copy 46)] [==>(Copy 47)] [==>(Copy 48)] [==>(Copy 49)] [==>(Copy 50)] [==>(Copy 51)] [==>(Copy 52)] [==>(Copy 53)] [4] [==>(Copy 54)] [==>(Copy 55)] [==>(Copy 56)] [==>(Copy 57)] [==>(Copy 58)] [==>(Copy 59)] [==>(Copy 60)] 8
9 Proposal WFC3 transit of g (3) (01) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... Orbit Structure 9
10 Proposal WFC3 transit of g (3) (01) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 10
11 Proposal WFC3 transit of g (3) (01) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 11
12 Proposal WFC3 transit of g (3) (01) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 12
13 Proposal WFC3 transit of h (1) (02) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... Visit Fixed Targets Proposal 15304, WFC3 transit of h (1) (02), implementation Wed Oct 03 00:02:45 GMT 2018 Diagnostic Status: No Diagnostics Scientific Instruments: WFC3/IR Special Requirements: SCHED 100%; Period D AND ZERO-PHASE HJD # Name Target Coordinates Targ. Coord. Corrections Fluxes Miscellaneous Alt Name1: TRAPPIST-1 RA: ( d) Dec: ( d) Equinox: J2000 Proper Motion RA: mas/yr Proper Motion Dec: mas/yr Parallax: " Epoch of Position: Radial Velocity: km/sec V= / V= , R= , I= , J= , K= Reference Frame: ICRS Comments: We measured the J2000 equatorial coordinates of TRAPPIST-1 in the 2015 TRAPPIST images, using 29 stars from the UCAC2 catalog and the Pulkovo Observatory Izmccd astrometric software (we use the mean epoch of these observations secured between September and December 2015). We adopt uncertainties on RA and Dec as those for 2MASS for this object. We checked that the input coordinates and those given in SIMBAD at Epoch 2000 yield the same position in the APT target confirmation chart at Epoch We also checked independently that these coordinates and proper motion match with the position of the star in POSS image (1953) and 2MASS image (1998). Radial velocity comes from Barnes et al Category=STAR Description=[EXTRA-SOLAR PLANETARY SYSTEM] 13
14 Proposal WFC3 transit of h (1) (02) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... Exposures # Label Target Config,Mode,Aperture Spectral Els. Opt. Params. Special Reqs. Groups Exp. Time (Total)/[Actual Dur.] Orbit WFC3/IR, MULTIACCUM, GRISM256 WFC3/IR, MULTIACCUM, GRISM256 WFC3/IR, MULTIACCUM, GRISM256 F139M G141 G141 NSAMP=1 SAMP-SEQ=RAPI D NSAMP=6; SAMP-SEQ=SPAR S25 NSAMP=6; SAMP-SEQ=SPAR S25 PHASE 0 TO ; GS ACQ SCENARI O PAIR SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard Sequence 1-2 Non-In t in WFC3 transit of h (1) (02) Sequence 1-2 Non-In t in WFC3 transit of h (1) (02) Sequence 3-3 Non-In t in WFC3 transit of h (1) (02) Secs (2.778 Secs) Secs X 12 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] Secs X 13 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] [1] [1] [==>(Copy 13)] [2] 14
15 Proposal WFC3 transit of h (1) (02) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy WFC3/IR, MULTIACCUM, GRISM256 WFC3/IR, MULTIACCUM, GRISM256 G141 G141 NSAMP=6; SAMP-SEQ=SPAR S25 NSAMP=6; SAMP-SEQ=SPAR S25 SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard Sequence 4-4 Non-In t in WFC3 transit of h (1) (02) Sequence 5-5 Non-In t in WFC3 transit of h (1) (02) Secs X 13 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] [==>(Copy 13)] Secs X 13 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] [==>(Copy 13)] [3] [4] 15
16 Proposal WFC3 transit of h (1) (02) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... Orbit Structure 16
17 Proposal WFC3 transit of h (1) (02) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 17
18 Proposal WFC3 transit of h (1) (02) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 18
19 Proposal WFC3 transit of h (1) (02) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 19
20 Proposal WFC3 transit of h (2) (03) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... Visit Diagnostics Fixed Targets Proposal 15304, WFC3 transit of h (2) (03), completed Wed Oct 03 00:02:45 GMT 2018 Diagnostic Status: Warning Scientific Instruments: WFC3/IR Special Requirements: SCHED 100%; BETWEEN :18:00:00 AND :19:00:00 (WFC3 transit of h (2) (03)) Warning (Orbit Planner): ORBITAL VISIBILITY OVERRUN (WFC3 transit of h (2) (03)) Warning (Orbit Planner): ORBITAL VISIBILITY OVERRUN # Name Target Coordinates Targ. Coord. Corrections Fluxes Miscellaneous Alt Name1: TRAPPIST-1 RA: ( d) Dec: ( d) Equinox: J2000 Proper Motion RA: mas/yr Proper Motion Dec: mas/yr Parallax: " Epoch of Position: Radial Velocity: km/sec V= / V= , R= , I= , J= , K= Reference Frame: ICRS Comments: We measured the J2000 equatorial coordinates of TRAPPIST-1 in the 2015 TRAPPIST images, using 29 stars from the UCAC2 catalog and the Pulkovo Observatory Izmccd astrometric software (we use the mean epoch of these observations secured between September and December 2015). We adopt uncertainties on RA and Dec as those for 2MASS for this object. We checked that the input coordinates and those given in SIMBAD at Epoch 2000 yield the same position in the APT target confirmation chart at Epoch We also checked independently that these coordinates and proper motion match with the position of the star in POSS image (1953) and 2MASS image (1998). Radial velocity comes from Barnes et al Category=STAR Description=[EXTRA-SOLAR PLANETARY SYSTEM] 20
21 Proposal WFC3 transit of h (2) (03) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... Exposures # Label Target Config,Mode,Aperture Spectral Els. Opt. Params. Special Reqs. Groups Exp. Time (Total)/[Actual Dur.] Orbit WFC3/IR, MULTIACCUM, GRISM256 WFC3/IR, MULTIACCUM, GRISM256 WFC3/IR, MULTIACCUM, GRISM256 F139M G141 G141 NSAMP=1 SAMP-SEQ=RAPI D NSAMP=6; SAMP-SEQ=SPAR S25 NSAMP=6; SAMP-SEQ=SPAR S25 SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard Sequence 1-2 Non-In t in WFC3 transit of h (2) (03) Sequence 1-2 Non-In t in WFC3 transit of h (2) (03) Sequence 3-3 Non-In t in WFC3 transit of h (2) (03) Secs (2.778 Secs) Secs X 14 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] [==>(Copy 13)] [==>(Copy 14)] Secs X 16 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] [==>(Copy 13)] [==>(Copy 14)] [==>(Copy 15)] [==>(Copy 16)] [1] [1] [2] 21
22 Proposal WFC3 transit of h (2) (03) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy WFC3/IR, MULTIACCUM, GRISM256 WFC3/IR, MULTIACCUM, GRISM256 G141 G141 NSAMP=6; SAMP-SEQ=SPAR S25 NSAMP=6; SAMP-SEQ=SPAR S25 SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard Sequence 4-4 Non-In t in WFC3 transit of h (2) (03) Sequence 5-5 Non-In t in WFC3 transit of h (2) (03) Secs X 16 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] [==>(Copy 13)] [==>(Copy 14)] [==>(Copy 15)] [==>(Copy 16)] Secs X 15 ( Secs) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] [==>(Copy 13)] [==>(Copy 14)] [==>(Copy 15)] [3] [4] 22
23 Proposal WFC3 transit of h (2) (03) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... Orbit Structure 23
24 Proposal WFC3 transit of h (2) (03) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 24
25 Proposal WFC3 transit of h (2) (03) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 25
26 Proposal WFC3 transit of h (2) (03) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 26
27 Proposal WFC3 transit of h (3) (04) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... Visit Fixed Targets Proposal 15304, WFC3 transit of h (3) (04), implementation Wed Oct 03 00:02:45 GMT 2018 Diagnostic Status: No Diagnostics Scientific Instruments: WFC3/IR Special Requirements: SCHED 100%; Period D AND ZERO-PHASE HJD # Name Target Coordinates Targ. Coord. Corrections Fluxes Miscellaneous Alt Name1: TRAPPIST-1 RA: ( d) Dec: ( d) Equinox: J2000 Proper Motion RA: mas/yr Proper Motion Dec: mas/yr Parallax: " Epoch of Position: Radial Velocity: km/sec V= / V= , R= , I= , J= , K= Reference Frame: ICRS Comments: We measured the J2000 equatorial coordinates of TRAPPIST-1 in the 2015 TRAPPIST images, using 29 stars from the UCAC2 catalog and the Pulkovo Observatory Izmccd astrometric software (we use the mean epoch of these observations secured between September and December 2015). We adopt uncertainties on RA and Dec as those for 2MASS for this object. We checked that the input coordinates and those given in SIMBAD at Epoch 2000 yield the same position in the APT target confirmation chart at Epoch We also checked independently that these coordinates and proper motion match with the position of the star in POSS image (1953) and 2MASS image (1998). Radial velocity comes from Barnes et al Category=STAR Description=[EXTRA-SOLAR PLANETARY SYSTEM] 27
28 Proposal WFC3 transit of h (3) (04) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... Exposures # Label Target Config,Mode,Aperture Spectral Els. Opt. Params. Special Reqs. Groups Exp. Time (Total)/[Actual Dur.] Orbit WFC3/IR, MULTIACCUM, GRISM256 WFC3/IR, MULTIACCUM, GRISM256 WFC3/IR, MULTIACCUM, GRISM256 F139M G141 G141 NSAMP=1 SAMP-SEQ=RAPI D NSAMP=6; SAMP-SEQ=SPAR S25 NSAMP=6; SAMP-SEQ=SPAR S25 PHASE 0 TO ; GS ACQ SCENARI O PAIR SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard Sequence 1-2 Non-In t in WFC3 transit of h (3) (04) Sequence 1-2 Non-In t in WFC3 transit of h (3) (04) Sequence 3-3 Non-In t in WFC3 transit of h (3) (04) Secs (2.778 Secs) Secs X 12 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] Secs X 13 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] [1] [1] [==>(Copy 13)] [2] 28
29 Proposal WFC3 transit of h (3) (04) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy WFC3/IR, MULTIACCUM, GRISM256 WFC3/IR, MULTIACCUM, GRISM256 G141 G141 NSAMP=6; SAMP-SEQ=SPAR S25 NSAMP=6; SAMP-SEQ=SPAR S25 SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard SPATIAL SCAN 0.0 2,90.0 Degrees,Forw ard Sequence 4-4 Non-In t in WFC3 transit of h (3) (04) Sequence 5-5 Non-In t in WFC3 transit of h (3) (04) Secs X 13 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] [==>(Copy 13)] Secs X 13 ( Sec s) [==>(Copy 1)] [==>(Copy 2)] [==>(Copy 3)] [==>(Copy 4)] [==>(Copy 5)] [==>(Copy 6)] [==>(Copy 7)] [==>(Copy 8)] [==>(Copy 9)] [==>(Copy 10)] [==>(Copy 11)] [==>(Copy 12)] [==>(Copy 13)] [3] [4] 29
30 Proposal WFC3 transit of h (3) (04) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... Orbit Structure 30
31 Proposal WFC3 transit of h (3) (04) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 31
32 Proposal WFC3 transit of h (3) (04) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 32
33 Proposal WFC3 transit of h (3) (04) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 Sy... 33
34 Proposal STIS Sep 03 (07) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... Visit Diagnostics Fixed Targets Proposal 15304, STIS Sep 03 (07), completed Wed Oct 03 00:02:45 GMT 2018 Diagnostic Status: Warning Scientific Instruments: STIS/CCD, STIS/FUV-MAMA Special Requirements: BETWEEN 03-SEP-2017:17:00:00 AND 03-SEP-2017:19:15:00 (STIS Sep 03 (07)) Warning (Orbit Planner): LONG STIS MAMA SU LIKELY TO INTERSECT THE SAA # Name Target Coordinates Targ. Coord. Corrections Fluxes Miscellaneous Alt Name1: TRAPPIST-1 RA: ( d) Dec: ( d) Equinox: J2000 Proper Motion RA: mas/yr Proper Motion Dec: mas/yr Parallax: " Epoch of Position: Radial Velocity: km/sec V= / V= , R= , I= , J= , K= Reference Frame: ICRS Comments: We measured the J2000 equatorial coordinates of TRAPPIST-1 in the 2015 TRAPPIST images, using 29 stars from the UCAC2 catalog and the Pulkovo Observatory Izmccd astrometric software (we use the mean epoch of these observations secured between September and December 2015). We adopt uncertainties on RA and Dec as those for 2MASS for this object. We checked that the input coordinates and those given in SIMBAD at Epoch 2000 yield the same position in the APT target confirmation chart at Epoch We also checked independently that these coordinates and proper motion match with the position of the star in POSS image (1953) and 2MASS image (1998). Radial velocity comes from Barnes et al Category=STAR Description=[EXTRA-SOLAR PLANETARY SYSTEM] 34
35 Proposal STIS Sep 03 (07) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... Exposures # Label (ETC Run) 1 ACQ (STIS.ta ) Target Config,Mode,Aperture Spectral Els. Opt. Params. Special Reqs. Groups Exp. Time (Total)/[Actual Dur.] Orbit STIS/CCD, ACQ, F28X50LP Sequence 1-4 Non-In t in STIS Sep 03 (07) 5 Secs (5 Secs) [1] Comments: We use the F28X50LP filter for this ACQ image, as recommended for this star with V magnitude of It also ensures the brightness is weighted most strongly toward red wavelengths, where the target st ar is brightest. We estimated the exposure time for several stellar models close to the target star (STIS.ta , STIS.ta , STIS.ta ). Exposure times to reach a SNR of 40 range from 1.5 to 3.6s, and min imum saturation time is 290s. We thus choose an exposure time of 5s. We used Aladin to check that the closest star is at a distance of more than 220 arcsec. There is thus no chance that STIS acquires another object in the 5x5 arcsec search area. 2 ACQ/PEAK Sequence 1-4 Non-In t in STIS Sep 03 (07) [1] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 3 SCIENCE =NO Sequence 1-4 Non-In t in STIS Sep 03 (07) 1700 Secs (1700 Secs) 4 GO- 5 ACQ/PEAK Sequence 1-4 Non-In t in STIS Sep 03 (07) [1] Sequence 5-7 Non-In t in STIS Sep 03 (07) [2] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 6 SCIENCE =NO Sequence 5-7 Non-In t in STIS Sep 03 (07) 2000 Secs (2000 Secs) 7 GO- 8 ACQ/PEAK Sequence 8-10 Non-I nt in STIS Sep 03 (0 7) Sequence 5-7 Non-In t in STIS Sep 03 (07) [2] [1] [2] [3] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 9 SCIENCE =NO Sequence 8-10 Non-I nt in STIS Sep 03 (0 7) 2000 Secs (2000 Secs) 10 GO- 11 ACQ/PEAK Sequence 8-10 Non-I nt in STIS Sep 03 (0 7) Sequence Non -Int in STIS Sep 03 ( 07) [3] [3] [4] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 35
36 Proposal STIS Sep 03 (07) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah SCIENCE =NO Sequence Non -Int in STIS Sep 03 ( 07) 2000 Secs (2000 Secs) 13 GO- 14 ACQ/PEAK Sequence Non -Int in STIS Sep 03 ( 07) Sequence Non -Int in STIS Sep 03 ( 07) [4] [4] [5] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 15 SCIENCE =NO Sequence Non -Int in STIS Sep 03 ( 07) 2000 Secs (2000 Secs) 16 GO- 17 ACQ/PEAK Sequence Non -Int in STIS Sep 03 ( 07) Sequence Non -Int in STIS Sep 03 ( 07) [5] [5] [6] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 18 SCIENCE =NO Sequence Non -Int in STIS Sep 03 ( 07) 2000 Secs (2000 Secs) 19 GO- Sequence Non -Int in STIS Sep 03 ( 07) [6] [6] 36
37 Proposal STIS Sep 03 (07) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... Orbit Structure 37
38 Proposal STIS Sep 03 (07) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... 38
39 Proposal STIS Sep 03 (07) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... 39
40 Proposal STIS Sep 22 (31) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... Visit Diagnostics Fixed Targets Proposal 15304, STIS Sep 22 (31), failed Wed Oct 03 00:02:46 GMT 2018 Diagnostic Status: Warning Scientific Instruments: STIS/CCD, STIS/FUV-MAMA Special Requirements: BETWEEN 22-SEP-2017:09:00:00 AND 22-SEP-2017:20:30:00 (STIS Sep 22 (31)) Warning (Orbit Planner): LONG STIS MAMA SU LIKELY TO INTERSECT THE SAA # Name Target Coordinates Targ. Coord. Corrections Fluxes Miscellaneous Alt Name1: TRAPPIST-1 RA: ( d) Dec: ( d) Equinox: J2000 Proper Motion RA: mas/yr Proper Motion Dec: mas/yr Parallax: " Epoch of Position: Radial Velocity: km/sec V= / V= , R= , I= , J= , K= Reference Frame: ICRS Comments: We measured the J2000 equatorial coordinates of TRAPPIST-1 in the 2015 TRAPPIST images, using 29 stars from the UCAC2 catalog and the Pulkovo Observatory Izmccd astrometric software (we use the mean epoch of these observations secured between September and December 2015). We adopt uncertainties on RA and Dec as those for 2MASS for this object. We checked that the input coordinates and those given in SIMBAD at Epoch 2000 yield the same position in the APT target confirmation chart at Epoch We also checked independently that these coordinates and proper motion match with the position of the star in POSS image (1953) and 2MASS image (1998). Radial velocity comes from Barnes et al Category=STAR Description=[EXTRA-SOLAR PLANETARY SYSTEM] 40
41 Proposal STIS Sep 22 (31) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... Exposures # Label (ETC Run) 1 ACQ (STIS.ta ) Target Config,Mode,Aperture Spectral Els. Opt. Params. Special Reqs. Groups Exp. Time (Total)/[Actual Dur.] Orbit STIS/CCD, ACQ, F28X50LP Sequence 1-4 Non-In t in STIS Sep 22 (31) 5 Secs (5 Secs) [1] Comments: We use the F28X50LP filter for this ACQ image, as recommended for this star with V magnitude of It also ensures the brightness is weighted most strongly toward red wavelengths, where the target st ar is brightest. We estimated the exposure time for several stellar models close to the target star (STIS.ta , STIS.ta , STIS.ta ). Exposure times to reach a SNR of 40 range from 1.5 to 3.6s, and min imum saturation time is 290s. We thus choose an exposure time of 5s. We used Aladin to check that the closest star is at a distance of more than 220 arcsec. There is thus no chance that STIS acquires another object in the 5x5 arcsec search area. 2 ACQ/PEAK Sequence 1-4 Non-In t in STIS Sep 22 (31) [1] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 3 SCIENCE =NO Sequence 1-4 Non-In t in STIS Sep 22 (31) 1700 Secs (1700 Secs) 4 GO- 5 ACQ/PEAK Sequence 1-4 Non-In t in STIS Sep 22 (31) [1] Sequence 5-7 Non-In t in STIS Sep 22 (31) [2] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 6 SCIENCE =NO Sequence 5-7 Non-In t in STIS Sep 22 (31) 2000 Secs (2000 Secs) 7 GO- 8 ACQ/PEAK Sequence 5-7 Non-In t in STIS Sep 22 (31) [2] Sequence 8-10 Non-I nt in STIS Sep 22 (3 1) [1] [2] [3] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 9 SCIENCE =NO Sequence 8-10 Non-I nt in STIS Sep 22 (3 1) 2000 Secs (2000 Secs) 10 GO- 11 ACQ/PEAK Sequence 8-10 Non-I nt in STIS Sep 22 (3 1) Sequence Non -Int in STIS Sep 22 ( 31) [3] [3] [4] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 41
42 Proposal STIS Sep 22 (31) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah SCIENCE =NO Sequence Non -Int in STIS Sep 22 ( 31) 2000 Secs (2000 Secs) 13 GO- 14 ACQ/PEAK Sequence Non -Int in STIS Sep 22 ( 31) Sequence Non -Int in STIS Sep 22 ( 31) [4] [4] [5] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 15 SCIENCE =NO Sequence Non -Int in STIS Sep 22 ( 31) 2000 Secs (2000 Secs) 16 GO- 17 ACQ/PEAK Sequence Non -Int in STIS Sep 22 ( 31) Sequence Non -Int in STIS Sep 22 ( 31) [5] [5] [6] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 18 SCIENCE =NO Sequence Non -Int in STIS Sep 22 ( 31) 2000 Secs (2000 Secs) 19 GO- 20 ACQ/PEAK Sequence Non -Int in STIS Sep 22 ( 31) Sequence Non -Int in STIS Sep 22 ( 31) [6] [6] [7] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 21 SCIENCE =NO Sequence Non -Int in STIS Sep 22 ( 31) 2000 Secs (2000 Secs) 22 GO- Sequence Non -Int in STIS Sep 22 ( 31) [7] [7] 42
43 Proposal STIS Sep 22 (31) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... Orbit Structure 43
44 Proposal STIS Sep 22 (31) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... 44
45 Proposal STIS Sep 22 (31) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... 45
46 Proposal STIS Sep 22 (31) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... 46
47 Proposal STIS Sep 28 (32) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... Visit Diagnostics Fixed Targets Proposal 15304, STIS Sep 28 (32), completed Wed Oct 03 00:02:46 GMT 2018 Diagnostic Status: Warning Scientific Instruments: STIS/CCD, STIS/FUV-MAMA Special Requirements: BETWEEN 28-SEP-2017:06:30:00 AND 28-SEP-2017:18:30:00 (STIS Sep 28 (32)) Warning (Orbit Planner): LONG STIS MAMA SU LIKELY TO INTERSECT THE SAA # Name Target Coordinates Targ. Coord. Corrections Fluxes Miscellaneous Alt Name1: TRAPPIST-1 RA: ( d) Dec: ( d) Equinox: J2000 Proper Motion RA: mas/yr Proper Motion Dec: mas/yr Parallax: " Epoch of Position: Radial Velocity: km/sec V= / V= , R= , I= , J= , K= Reference Frame: ICRS Comments: We measured the J2000 equatorial coordinates of TRAPPIST-1 in the 2015 TRAPPIST images, using 29 stars from the UCAC2 catalog and the Pulkovo Observatory Izmccd astrometric software (we use the mean epoch of these observations secured between September and December 2015). We adopt uncertainties on RA and Dec as those for 2MASS for this object. We checked that the input coordinates and those given in SIMBAD at Epoch 2000 yield the same position in the APT target confirmation chart at Epoch We also checked independently that these coordinates and proper motion match with the position of the star in POSS image (1953) and 2MASS image (1998). Radial velocity comes from Barnes et al Category=STAR Description=[EXTRA-SOLAR PLANETARY SYSTEM] 47
48 Proposal STIS Sep 28 (32) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... Exposures # Label (ETC Run) 1 ACQ (STIS.ta ) Target Config,Mode,Aperture Spectral Els. Opt. Params. Special Reqs. Groups Exp. Time (Total)/[Actual Dur.] Orbit STIS/CCD, ACQ, F28X50LP Sequence 1-4 Non-In t in STIS Sep 28 (32) 5 Secs (5 Secs) [1] Comments: We use the F28X50LP filter for this ACQ image, as recommended for this star with V magnitude of It also ensures the brightness is weighted most strongly toward red wavelengths, where the target st ar is brightest. We estimated the exposure time for several stellar models close to the target star (STIS.ta , STIS.ta , STIS.ta ). Exposure times to reach a SNR of 40 range from 1.5 to 3.6s, and min imum saturation time is 290s. We thus choose an exposure time of 5s. We used Aladin to check that the closest star is at a distance of more than 220 arcsec. There is thus no chance that STIS acquires another object in the 5x5 arcsec search area. 2 ACQ/PEAK Sequence 1-4 Non-In t in STIS Sep 28 (32) [1] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 3 SCIENCE =NO Sequence 1-4 Non-In t in STIS Sep 28 (32) 1900 Secs (1900 Secs) 4 GO- 5 ACQ/PEAK Sequence 1-4 Non-In t in STIS Sep 28 (32) [1] Sequence 5-7 Non-In t in STIS Sep 28 (32) [2] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 6 SCIENCE =NO Sequence 5-7 Non-In t in STIS Sep 28 (32) 2200 Secs (2200 Secs) 7 GO- 8 ACQ/PEAK Sequence 5-7 Non-In t in STIS Sep 28 (32) [2] Sequence 8-10 Non-I nt in STIS Sep 28 (3 2) [1] [2] [3] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 9 SCIENCE =NO Sequence 8-10 Non-I nt in STIS Sep 28 (3 2) 2200 Secs (2200 Secs) 10 GO- 11 ACQ/PEAK Sequence 8-10 Non-I nt in STIS Sep 28 (3 2) Sequence Non -Int in STIS Sep 28 ( 32) [3] [3] [4] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 48
49 Proposal STIS Sep 28 (32) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah SCIENCE =NO Sequence Non -Int in STIS Sep 28 ( 32) 2200 Secs (2200 Secs) 13 GO- 14 ACQ/PEAK Sequence Non -Int in STIS Sep 28 ( 32) Sequence Non -Int in STIS Sep 28 ( 32) [4] [4] [5] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 15 SCIENCE =NO Sequence Non -Int in STIS Sep 28 ( 32) 2200 Secs (2200 Secs) 16 GO- 17 ACQ/PEAK Sequence Non -Int in STIS Sep 28 ( 32) Sequence Non -Int in STIS Sep 28 ( 32) [5] [5] [6] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 18 SCIENCE =NO Sequence Non -Int in STIS Sep 28 ( 32) 2200 Secs (2200 Secs) 19 GO- 20 ACQ/PEAK Sequence Non -Int in STIS Sep 28 ( 32) Sequence Non -Int in STIS Sep 28 ( 32) [6] [6] [7] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 21 SCIENCE =NO Sequence Non -Int in STIS Sep 28 ( 32) 2200 Secs (2200 Secs) 22 GO- Sequence Non -Int in STIS Sep 28 ( 32) [7] [7] 49
50 Proposal STIS Sep 28 (32) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... Orbit Structure 50
51 Proposal STIS Sep 28 (32) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... 51
52 Proposal STIS Sep 28 (32) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... 52
53 Proposal STIS Sep 28 (32) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ah... 53
54 Proposal STIS Oct 13 (33) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ahe... Visit Fixed Targets Proposal 15304, STIS Oct 13 (33), failed Wed Oct 03 00:02:46 GMT 2018 Diagnostic Status: No Diagnostics Scientific Instruments: STIS/CCD, STIS/FUV-MAMA Special Requirements: BETWEEN 12-OCT-2017:23:20:00 AND 13-OCT-2017:00:30:00 # Name Target Coordinates Targ. Coord. Corrections Fluxes Miscellaneous Alt Name1: TRAPPIST-1 RA: ( d) Dec: ( d) Equinox: J2000 Proper Motion RA: mas/yr Proper Motion Dec: mas/yr Parallax: " Epoch of Position: Radial Velocity: km/sec V= / V= , R= , I= , J= , K= Reference Frame: ICRS Comments: We measured the J2000 equatorial coordinates of TRAPPIST-1 in the 2015 TRAPPIST images, using 29 stars from the UCAC2 catalog and the Pulkovo Observatory Izmccd astrometric software (we use the mean epoch of these observations secured between September and December 2015). We adopt uncertainties on RA and Dec as those for 2MASS for this object. We checked that the input coordinates and those given in SIMBAD at Epoch 2000 yield the same position in the APT target confirmation chart at Epoch We also checked independently that these coordinates and proper motion match with the position of the star in POSS image (1953) and 2MASS image (1998). Radial velocity comes from Barnes et al Category=STAR Description=[EXTRA-SOLAR PLANETARY SYSTEM] 54
55 Proposal STIS Oct 13 (33) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ahe... Exposures # Label (ETC Run) 1 ACQ (STIS.ta ) Target Config,Mode,Aperture Spectral Els. Opt. Params. Special Reqs. Groups Exp. Time (Total)/[Actual Dur.] Orbit STIS/CCD, ACQ, F28X50LP Sequence 1-4 Non-In t in STIS Oct 13 (33) 5 Secs (5 Secs) [1] Comments: We use the F28X50LP filter for this ACQ image, as recommended for this star with V magnitude of It also ensures the brightness is weighted most strongly toward red wavelengths, where the target st ar is brightest. We estimated the exposure time for several stellar models close to the target star (STIS.ta , STIS.ta , STIS.ta ). Exposure times to reach a SNR of 40 range from 1.5 to 3.6s, and min imum saturation time is 290s. We thus choose an exposure time of 5s. We used Aladin to check that the closest star is at a distance of more than 220 arcsec. There is thus no chance that STIS acquires another object in the 5x5 arcsec search area. 2 ACQ/PEAK Sequence 1-4 Non-In t in STIS Oct 13 (33) [1] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 3 SCIENCE =NO Sequence 1-4 Non-In t in STIS Oct 13 (33) 1900 Secs (1900 Secs) 4 GO- 5 ACQ/PEAK Sequence 1-4 Non-In t in STIS Oct 13 (33) [1] Sequence 5-7 Non-In t in STIS Oct 13 (33) [2] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 6 SCIENCE =NO Sequence 5-7 Non-In t in STIS Oct 13 (33) 2200 Secs (2200 Secs) 7 GO- 8 ACQ/PEAK Sequence 5-7 Non-In t in STIS Oct 13 (33) [2] Sequence 8-10 Non-I nt in STIS Oct 13 (3 3) [1] [2] [3] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 9 SCIENCE =NO Sequence 8-10 Non-I nt in STIS Oct 13 (3 3) 2200 Secs (2200 Secs) 10 GO- 11 ACQ/PEAK Sequence 8-10 Non-I nt in STIS Oct 13 (3 3) Sequence Non -Int in STIS Oct 13 ( 33) [3] [3] [4] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 55
56 Proposal STIS Oct 13 (33) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ahe SCIENCE =NO Sequence Non -Int in STIS Oct 13 ( 33) 2200 Secs (2200 Secs) 13 GO- 14 ACQ/PEAK Sequence Non -Int in STIS Oct 13 ( 33) Sequence Non -Int in STIS Oct 13 ( 33) [4] [4] [5] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 15 SCIENCE =NO Sequence Non -Int in STIS Oct 13 ( 33) 2200 Secs (2200 Secs) 16 GO- Sequence Non -Int in STIS Oct 13 ( 33) [5] [5] 56
57 Proposal STIS Oct 13 (33) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ahe... Orbit Structure 57
58 Proposal STIS Oct 13 (33) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ahe... 58
59 Proposal STIS Oct 13 (33) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ahe... 59
60 Proposal STIS Oct 17 (16) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ahe... Visit Fixed Targets Proposal 15304, STIS Oct 17 (16), completed Wed Oct 03 00:02:46 GMT 2018 Diagnostic Status: No Diagnostics Scientific Instruments: STIS/CCD, STIS/FUV-MAMA Special Requirements: BETWEEN 17-OCT-2017:23:00:00 AND 18-OCT-2017:05:00:00 # Name Target Coordinates Targ. Coord. Corrections Fluxes Miscellaneous Alt Name1: TRAPPIST-1 RA: ( d) Dec: ( d) Equinox: J2000 Proper Motion RA: mas/yr Proper Motion Dec: mas/yr Parallax: " Epoch of Position: Radial Velocity: km/sec V= / V= , R= , I= , J= , K= Reference Frame: ICRS Comments: We measured the J2000 equatorial coordinates of TRAPPIST-1 in the 2015 TRAPPIST images, using 29 stars from the UCAC2 catalog and the Pulkovo Observatory Izmccd astrometric software (we use the mean epoch of these observations secured between September and December 2015). We adopt uncertainties on RA and Dec as those for 2MASS for this object. We checked that the input coordinates and those given in SIMBAD at Epoch 2000 yield the same position in the APT target confirmation chart at Epoch We also checked independently that these coordinates and proper motion match with the position of the star in POSS image (1953) and 2MASS image (1998). Radial velocity comes from Barnes et al Category=STAR Description=[EXTRA-SOLAR PLANETARY SYSTEM] 60
61 Proposal STIS Oct 17 (16) - Collecting the Puzzle Pieces: Completing HST's UV+NIR Survey of the TRAPPIST-1 System ahe... Exposures # Label (ETC Run) 1 ACQ (STIS.ta ) Target Config,Mode,Aperture Spectral Els. Opt. Params. Special Reqs. Groups Exp. Time (Total)/[Actual Dur.] Orbit STIS/CCD, ACQ, F28X50LP GS ACQ SCENARI O BASE1B3 Sequence 1-4 Non-In t in STIS Oct 17 (16) 5 Secs (5 Secs) [1] Comments: We use the F28X50LP filter for this ACQ image, as recommended for this star with V magnitude of It also ensures the brightness is weighted most strongly toward red wavelengths, where the target st ar is brightest. We estimated the exposure time for several stellar models close to the target star (STIS.ta , STIS.ta , STIS.ta ). Exposure times to reach a SNR of 40 range from 1.5 to 3.6s, and min imum saturation time is 290s. We thus choose an exposure time of 5s. We used Aladin to check that the closest star is at a distance of more than 220 arcsec. There is thus no chance that STIS acquires another object in the 5x5 arcsec search area. 2 ACQ/PEAK Sequence 1-4 Non-In t in STIS Oct 17 (16) [1] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 3 SCIENCE =NO Sequence 1-4 Non-In t in STIS Oct 17 (16) 1900 Secs (1900 Secs) 4 GO- 5 ACQ/PEAK Sequence 1-4 Non-In t in STIS Oct 17 (16) [1] Sequence 5-7 Non-In t in STIS Oct 17 (16) [2] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 6 SCIENCE =NO Sequence 5-7 Non-In t in STIS Oct 17 (16) 2200 Secs (2200 Secs) 7 GO- 8 ACQ/PEAK Sequence 5-7 Non-In t in STIS Oct 17 (16) [2] Sequence 8-10 Non-I nt in STIS Oct 17 (1 6) [1] [2] [3] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 9 SCIENCE =NO Sequence 8-10 Non-I nt in STIS Oct 17 (1 6) 2200 Secs (2200 Secs) 10 GO- 11 ACQ/PEAK Sequence 8-10 Non-I nt in STIS Oct 17 (1 6) Sequence Non -Int in STIS Oct 17 ( 16) [3] [3] [4] Comments: The ETC lists a time to saturation through the slit of 1086s (for a black body model with the same temperature as the star). With our 10s exposure, we should reach 5600 source electrons, above th 61
Super-Eight: The brightest z~8 Galaxies Cycle: 24, Proposal Category: GO (JWST Initative) (Availability Mode: SUPPORTED)
Proposal 14652 (STScI Edit Number: 1, Created: Wednesday, November 9, 2016 11:34:20 AM EST) - Overview 14652 - Super-Eight: The brightest z~8 Galaxies Cycle: 24, Proposal Category: GO (JWST Initative)
More informationProposal (STScI Edit Number: 3, Created: Monday, December 18, :02:45 PM EST) - Overview
Proposal 15405 (STScI Edit Number: 3, Created: Monday, December 18, 2017 4:02:45 PM EST) - Overview 15405 - Which way home? Finding the origin of our Solar System's first interstellar visitor Cycle: 25,
More informationProposal (STScI Edit Number: 0, Created: Friday, January 18, :05:43 AM EST) - Overview
Proposal 11352 (STScI Edit Number: 0, Created: Friday, January 18, 2008 8:05:43 AM EST) - Overview 11352 - Mass and distance of the sub-saturn microlensing planet OGLE-2007-BLG- 349Lb Cycle: 16, Proposal
More informationSN 2012im/2013ek: A Supernova Double Take in NGC 6984 Cycle: 21, Proposal Category: GO/DD (Availability Mode: SUPPORTED)
Proposal 13505 (STScI Edit Number: 0, Created: Wednesday, August 7, 2013 8:01:38 PM EST) - Overview 13505 - SN 2012im/2013ek: A Supernova Double Take in NGC 6984 Cycle: 21, Proposal Category: GO/DD (Availability
More informationThe largest Kuiper belt objects Cycle: 15, Proposal Category: GO (Availability Mode: SUPPORTED)
Proposal 10860 (STScI Edit Number: 2, Created: Wednesday, February 28, 2007 9:03:09 PM EST) - Overview 10860 - The largest Kuiper belt objects Cycle: 15, Proposal Category: GO (Availability Mode: SUPPORTED)
More informationProposal (STScI Edit Number: 0, Created: Monday, December 18, :04:02 PM EST) - Overview
Proposal 15447 (STScI Edit Number: 0, Created: Monday, December 18, 2017 4:04:02 PM EST) - Overview 15447 - Which way home? Finding the origin of our Solar System's first interstellar visitor (Part II)cd
More informationRapid ToO observations of the first gravitational wave counterparts Cycle: 24, Proposal Category: GO (Availability Mode: SUPPORTED)
Proposal 14804 (STScI Edit Number: 0, Created: Friday, August 18, 2017 1:05:37 PM EST) - Overview 14804 - Rapid ToO observations of the first gravitational wave counterparts Cycle: 24, Proposal Category:
More informationProposal (STScI Edit Number: 42, Created: Thursday, August 2, :01:45 PM EST) - Overview
Proposal 15419 (STScI Edit Number: 42, Created: Thursday, August 2, 218 2:1:45 PM EST) - Overview 15419 - Abundance, composition, and variability of Europa's plumes: Pathfinding future habitability investigations
More informationCOS Ultraviolet Baryon Survey (CUBS) Cycle: 25, Proposal Category: GO (UV Initiative) (Availability Mode: SUPPORTED)
Proposal 1163 (STScI Edit Number: 0, Created: Friday, October 13, 2017 11:32:22 AM EST) - Overview 1163 - COS Ultraviolet Baryon Survey (CUBS) Cycle: 2, Proposal Category: GO (UV Initiative) (Availability
More informationMonitoring the ice plumes of Europa Cycle: 23, Proposal Category: GO (UV Initiative) (Availability Mode: SUPPORTED)
Proposal 14112 (STScI Edit Number: 1, Created: Friday, January 29, 2016 9:04:19 PM EST) - Overview 14112 - Monitoring the ice plumes of Europa Cycle: 23, Proposal Category: GO (UV Initiative) (Availability
More informationObserving Jupiter's FUV auroras near Juno orbit insertion Cycle: 23, Proposal Category: GO (UV Initiative) (Availability Mode: SUPPORTED)
Proposal 14105 (STScI Edit Number: 50, Created: Friday, July 29, 2016 12:06:16 PM EST) - Overview 14105 - Observing Jupiter's FUV auroras near Juno orbit insertion Cycle: 23, Proposal Category: GO (UV
More informationProposal (STScI Edit Number: 92, Created: Monday, April 30, :03:49 PM EST) - Overview
Proposal 14634 (STScI Edit Number: 92, Created: Monday, April 30, 2018 12:03:49 PM EST) - Overview 14634 - HST-Juno synergistic approach of Jupiter's magnetosphere and ultraviolet auroras Cycle: 24, Proposal
More informationLaetitia Delrez (University of Cambridge)
Laetitia Delrez (University of Cambridge) on behalf of the SPECULOOS team EXOPLANETS II Cambridge 2 July 2018 Consortium University of Liege (Belgium): M. Gillon (PI), E. Jehin, A. Burdanov, E. Ducrot,
More informationHubble Science Briefing
Hubble Science Briefing 23 Years of Exoplanets with the Hubble Space Telescope Dr. John H. Debes, Dr. Remi Soummer, & Dr. Nikole K. Lewis October 26 th, 2015 Hubble s Studies of Planet Formation and Evolution
More informationPROXIMA CENTAURI B: DISCOVERY AND HABITABILITY XIANG ZHANG
PROXIMA CENTAURI B: DISCOVERY AND HABITABILITY XIANG ZHANG Advertisement time Discovery methods of exoplanets Discovery Method Number Astrometry 1 Imaging 44 Radial Velocity 621 Transit 2707 Transit timing
More informationarxiv: v1 [astro-ph.ep] 3 Jun 2016
A combined transmission spectrum of the Earth-sized exoplanets TRAPPIST-1 b and c Julien de Wit 1, Hannah R. Wakeford 2, Michaël Gillon 3, Nikole K. Lewis 4, Jeff A. Valenti 4, arxiv:1606.01103v1 [astro-ph.ep]
More informationSynergistic observations of the giant planets with HST and JWST: Jupiter's auroral emissions
Synergistic observations of the giant planets with HST and JWST: Jupiter's auroral emissions Denis GRODENT Laboratory for Planetary and Atmospheric Physics Université de Liège Belgium Denis GRODENT Jean-Claude
More informationTECHNICAL REPORT. Doc #: Date: Rev: JWST-STScI , SM-12 August 31, Authors: Karl Gordon, Ralph Bohlin. Phone:
When there is a discrepancy between the information in this technical report and information in JDox, assume JDox is correct. TECHNICAL REPORT Title: Title: JWST Absolute Flux Calibration II: Expanded
More informationHubble Science Briefing
Hubble Science Briefing Delivering JWST Science, from Exoplanets to First Light: The Near-InfraRed Imager and Slitless Spectrograph (NIRISS) March 6, 2014 Alex Fullerton (STScI) 1 Agenda for Today The
More informationRaven Eyes Elliptical Galaxies and Star Clusters. T. J. Davidge November 24, 2015
Raven Eyes Elliptical Galaxies and Star Clusters T. J. Davidge November 24, 2015 Why Maffei1 and the Glimpse Clusters? Targets were selected at low Galactic latitudes to maximize chances of finding a suitable
More informationScientific Capability of the James Webb Space Telescope and the Mid-InfraRed Instrument
Scientific Capability of the James Webb Space Telescope and the Mid-InfraRed Instrument Oliver Krause (Max Planck Institute for Astronomy, Heidelberg) on behalf of Gillian Wright (Royal Observatory Edinburgh)
More informationIntroduction to SDSS -instruments, survey strategy, etc
Introduction to SDSS -instruments, survey strategy, etc (materials from http://www.sdss.org/) Shan Huang 17 February 2010 Survey type Status Imaging and Spectroscopy Basic Facts SDSS-II completed, SDSS-III
More informationThe Porcupine Survey: Spitzer Warm Mission Followup of WISE Brown Dwarf Candidates
The Porcupine Survey: Spitzer Warm Mission Followup of WISE Brown Dwarf Candidates WISE Science Team June 4, 2007 prme - 1 Field T4.5 Brown Dwarf Stern et al 2007 ApJ in press 3.5 degrees z = 6.1 Quasar
More informationSynergies between E-ELT and space instrumentation for extrasolar planet science
Synergies between E-ELT and space instrumentation for extrasolar planet science Raffaele Gratton and Mariangela Bonavita INAF Osservatorio Astronomico di Padova - ITALY Main topics in exo-planetary science
More informationCHARACTERIZING EXOPLANET ATMOSPHERES USING GENERAL CIRCULATION MODELS
CHARACTERIZING EXOPLANET ATMOSPHERES USING GENERAL CIRCULATION MODELS Tiffany Kataria 3 July, 5 With thanks to collaborators David Sing, Adam Showman, Hannah Wakeford, Thomas Evans, Nikolay Nikolov, Jonathan
More informationHow Common Are Planets Around Other Stars? Transiting Exoplanets. Kailash C. Sahu Space Tel. Sci. Institute
How Common Are Planets Around Other Stars? Transiting Exoplanets Kailash C. Sahu Space Tel. Sci. Institute Earth as viewed by Voyager Zodiacal cloud "Pale blue dot" Look again at that dot. That's here.
More informationCASE/ARIEL & FINESSE Briefing
CASE/ARIEL & FINESSE Briefing Presentation to NRC Committee for Exoplanet Science Strategy including material from the ARIEL consortium Mark Swain - JPL 19 April 2019 2018 California Institute of Technology.
More informationWhat will the future bring? Scientific discoveries expected from the E-ELT
What will the future bring? Scientific discoveries expected from the E-ELT Planets & Stars Stars & Galaxies Galaxies & Cosmology Eline Tolstoy Kapteyn Astronomical Institute, University of Groningen E-ELT
More informationExtrasolar Planet Science with High-Precision Astrometry Johannes Sahlmann
Extrasolar Planet Science with High-Precision Astrometry Johannes Sahlmann Geneva Observatory The First Years Of ESO, Garching, 4.9.212 high-precision astrometry is powerful yields complete information,
More informationScience Results Enabled by SDSS Astrometric Observations
Science Results Enabled by SDSS Astrometric Observations Željko Ivezić 1, Mario Jurić 2, Nick Bond 2, Jeff Munn 3, Robert Lupton 2, et al. 1 University of Washington 2 Princeton University 3 USNO Flagstaff
More informationA Precise Optical to Infrared Transmission Spectrum for the Inflated Hot Jupiter WASP-52b
A Precise Optical to Infrared Transmission Spectrum for the Inflated Hot Jupiter WASP-52b Munazza K. Alam Harvard University Exoplanets II July 5, 2018 Image Credit: NASA/ESA HST/PanCET (Panchromatic Comparative
More informationMeasurements of 121 New Visual Binary Stars Suggested by the Gaia Data Release 2
Page 287 Measurements of 121 New Visual Binary Stars Suggested by the Gaia Data Release 2 J. Sérot Clermont-Ferrand, France Abstract: This paper reports the observation and measurement of 121 new potential
More informationExponential Distance Relation and Near Resonances in the Trappist-1 Planetary System
Exponential Distance Relation and Near Resonances in the Trappist-1 Planetary System Vladimir Pletser 1, Lorenzo Basano 2 1 Technology and Engineering Center for Space Utilization, Chinese Academy of Sciences,
More informationA Large Monolithic-Aperture Optical/UV Serviceable Space Telescope Deployed to L2 by an Ares-V Cargo Launch Vehicle
A Large Monolithic-Aperture Optical/UV Serviceable Space Telescope Deployed to L2 by an Ares-V Cargo Launch Vehicle Marc Postman (Space Telescope Science Institute) Philip Stahl (MSFC) Daniela Calzetti
More informationCoronagraphic Imaging of Exoplanets with NIRCam
Coronagraphic Imaging of Exoplanets with NIRCam C. Beichman NASA Exoplanet Science Institute, Jet Propulsion Laboratory, California Institute of Technology For the NIRCam Team September 27, 2016 Copyright
More informationSearching for Other Worlds
Searching for Other Worlds Lecture 32 1 In-Class Question What is the Greenhouse effect? a) Optical light from the Sun is reflected into space while infrared light passes through the atmosphere and heats
More informationCatalog Information and Recommendations
Catalog Information and Recommendations U.S. Naval Observatory, December, 2000 P.O.C. Sean Urban (seu@pyxis.usno.navy.mil) 1 Introduction The following is a list of widely used or well known catalogs for
More informationJames Webb Space Telescope Early Release Science
James Webb Space Telescope Early Release Science Stefanie Milam Deputy Project Scientist for Planetary Science John Stansberrrry AURA Scientist Planetary Science Lead STScI August 31, 2016 JWST Science
More informationThere are 4 x stars in the Galaxy
ExtraSolar Planets Our solar system consists of 1 Star 4 Jovian planets (+ icy moons) 4 Terrestrial planets The asteroid belt (minor planets) The Kuiper belt (dwarf planets, plutinos and TNOs) The Oort
More informationCharacterizing Exoplanets and Brown Dwarfs With JWST
Characterizing Exoplanets and Brown Dwarfs With JWST C. Beichman NASA Exoplanet Science Institute, Jet Propulsion Laboratory, California Institute of Technology On Behalf of the NIRCam Exoplanet Team September
More informationCycle 20 Results and Cycle 21 Preparations. 8 November /8/2012 C20 Results and C21 Preparations
Cycle 20 Results and Cycle 21 Preparations 8 November 2012 1 2 Approved TAC Proposals Last Name First Name Resources PI_ins4tu4on Title Bean Jacob 60 University of Chicago Revealing the Diversity of Super-
More informationGoals of the meeting. Catch up with JWST news and developments: ERS and GO call for proposals are coming!!
Welcome Goals of the meeting Catch up with JWST news and developments: ERS and GO call for proposals are coming!! What is JWST capable of (focus on H 2 spectroscopy)? What do we need to do (models, lab)
More informationTransiting Exoplanet Observations of GJ 1132b & LHS 1140b with JWST
Transiting Exoplanet Observations of GJ 1132b & LHS 1140b with JWST Hannah Diamond-Lowe Harvard-Smithsonian Center for Astrophysics Enabling Transiting Exoplanet Observations with JWST Space Telescope
More informationTESS and Galactic Science
TESS and Galactic Science! Keivan Stassun!! WFIRST Meeting! 18 November 2014! 1! Preliminary TESS Mission Schedule! Activity! Date! Status! Systems Requirement Review! 12-13 Feb 2014! Completed! Preliminary
More informationThe Large UV Optical IR survey telescope. Debra Fischer
The Large UV Optical IR survey telescope Debra Fischer Yale University How do we identify worlds that are most promising for life? Host star insolation determines the probability of retaining water. Habitable
More informationExoplanets Direct imaging. Direct method of exoplanet detection. Direct imaging: observational challenges
Black body flux (in units 10-26 W m -2 Hz -1 ) of some Solar System bodies as seen from 10 pc. A putative hot Jupiter is also shown. The planets have two peaks in their spectra. The short-wavelength peak
More informationStellar distances and velocities. ASTR320 Wednesday January 24, 2018
Stellar distances and velocities ASTR320 Wednesday January 24, 2018 Special public talk this week: Mike Brown, Pluto Killer Wednesday at 7:30pm in MPHY204 Why are stellar distances important? Distances
More informationJWST/NIRSpec. P. Ferruit. (ESA JWST project scientist) Slide #1
P. Ferruit (ESA JWST project scientist)! Slide #1 Acknowledgements Thanks for giving me the opportunity to present the NIRSpec instrument. All along this presentation you will see the results of work conducted
More informationExoplanets Direct imaging. Direct method of exoplanet detection. Direct imaging: observational challenges
Black body flux (in units 10-26 W m -2 Hz -1 ) of some Solar System bodies as seen from 10 pc. A putative hot Jupiter is also shown. The planets have two peaks in their spectra. The short-wavelength peak
More informationMiscellaneous New Common Proper Motion Stars
Page 40 Miscellaneous New Common Proper Motion Stars Carlos E. López Observatorio Astronómico Félix Aguilar San Juan, Argentina celopez@speedy.com.ar Abstract: We report the identification of fifteen new
More informationMeasurements of Some VizieR I/330 Objects
Page 589 Wilfried R.A. Knapp Vienna, Austria wilfried.knapp@gmail.com Abstract: Data Mining is a contemporary form of double star detection software running over a star catalog with proper motion data
More informationDirect imaging of extra-solar planets
Chapter 6 Direct imaging of extra-solar planets Direct imaging for extra-solar planets means that emission from the planet can be spatially resolved from the emission of the bright central star The two
More informationExoplanet Detection and Characterization with Mid-Infrared Interferometry
Exoplanet Detection and Characterization with Mid-Infrared Interferometry Rachel Akeson NASA Exoplanet Science Institute With thanks to Peter Lawson for providing material Sagan Workshop July 21, 2009
More informationSeptember 2008 LGS Science Observing Plan 9/18/08 v1.1, A. Bouchez
1. General Procedures September 2008 LGS Science Observing Plan 9/18/08 v1.1, A. Bouchez We should attempt to complete highest priority observing programs first, before proceeding to lower priority programs.
More informationScientists discover 7 Earthlike planets orbiting a nearby star
Scientists discover 7 Earthlike planets orbiting a nearby star By Sarah Kaplan February 22 at 1:00 PM 5 things to know about the newly discovered solar system Play Video1:55 Astronomers found a new solar
More informationDiscovering Exoplanets Transiting Bright and Unusual Stars with K2
Discovering Exoplanets Transiting Bright and Unusual Stars with K2 PhD Thesis Proposal, Department of Astronomy, Harvard University Andrew Vanderburg Advised by David Latham April 18, 2015 After four years
More informationThe Effective Spectral Resolution of the WFC and HRC Grism
The Effective Spectral Resolution of the WFC and HRC Grism A. Pasquali, N. Pirzkal, J.R. Walsh, R.N. Hook, W. Freudling, R. Albrecht, R.A.E. Fosbury March 7, 2001 ABSTRACT We present SLIM simulations of
More informationlife detection capabilities of LUVOIR and HabEx and WFIRST
life detection capabilities of LUVOIR and HabEx and WFIRST Shawn Domagal-Goldman NASA Goddard Space Flight Center Deputy Study Scientist, LUVOIR Science and Technology Definition Team member, HabEx Image
More informationThe Star Formation Observatory (SFO)
Beyond JWST... STScI, Mar 26 27 2009 Slide 1 The Star Formation Observatory (SFO) From Cosmic Dawn to Our Solar System: A Next-Generation UV Optical Space Facility for the Study of Star Formation Rolf
More informationDiscovery of Planetary Systems With SIM
Discovery of Planetary Systems With SIM Principal Investigator: Geoffrey W. Marcy (UC Berkeley) Team Members: Paul R. Butler (Carnegie Inst. of Washington), Sabine Frink (UC San Diego), Debra Fischer (UC
More informationPlanets Around M-dwarfs Astrometric Detection and Orbit Characterization
Planets Around M-dwarfs Page of 7 Planets Around M-dwarfs Astrometric Detection and Orbit Characterization N. M. Law (nlaw@astro.caltech.edu), S. R. Kulkarni, R. G. Dekany, C. Baranec California Institute
More informationJames Webb Space Telescope Cycle 1 Call for Proposals
James Webb Space Telescope Cycle 1 Call for Proposals Stefanie Milam JWST Deputy Project Scientist for Planetary John Stansberry Solar System Lead, STScI Bryan Holler Solar System Scientist, STScI Getting
More informationDirect imaging and characterization of habitable planets with Colossus
Direct imaging and characterization of habitable planets with Colossus Olivier Guyon Subaru Telescope, National Astronomical Observatory of Japan University of Arizona Contact: guyon@naoj.org 1 Large telescopes
More informationUsing Spitzer to Observe the Solar System
Using Spitzer to Observe the Solar System Sean Carey Spitzer Science Center 47 th DPS meeting 09 November 2015 SJC - 1 Spitzer Space Telescope NASA s Infrared Great Observatory Launched on 25 August 2003
More informationMichaël Gillon (Université de Liège, Belgium)
12th Meeting of the FNRS Contact Group Astronomie & Astrophysique 17 May 2011 Planetarium, Brussels Michaël Gillon (Université de Liège, Belgium) michael.gillon@ulg.ac.be ~1% pour Soleil + Jupiter Brown
More informationHD Transits HST/STIS First Transiting Exo-Planet. Exoplanet Discovery Methods. Paper Due Tue, Feb 23. (4) Transits. Transits.
Paper Due Tue, Feb 23 Exoplanet Discovery Methods (1) Direct imaging (2) Astrometry position (3) Radial velocity velocity Seager & Mallen-Ornelas 2003 ApJ 585, 1038. "A Unique Solution of Planet and Star
More informationComparative Planetology: Transiting Exoplanet Science with JWST
Comparative Planetology: Transiting Exoplanet Science with JWST Mark Clampin, JWST Science Working Group, JWST Transits Working Group, Drake Deming, and Don Lindler MarkClampin JWSTObservatoryProjectScientist
More informationAccurate Mass Determination of the Old White Dwarf G through Astrometric Microlensing
Hubble Space Telescope Cycle 19 GO Proposal 871 Accurate Mass Determination of the Old White Dwarf G105-30 through Astrometric Microlensing Principal Investigator: Dr. Kailash C. Sahu Institution: Space
More informationExploring the Universe: Synergies in the ESA Science Programme
Exploring the Universe: Synergies in the ESA Science Programme Günther Hasinger, ESA Director of Science (D/SCI) 14 th Appleton Space Conference, RAL, 6.12.2018 Towards ESA UNCLASSIFIED - For Official
More informationRed dwarfs and the nearest terrestrial planets
Red dwarfs and the nearest terrestrial planets Guillem Anglada-Escudé Queen Mary University of London Abel Mendez/PHL Alexandre Santerne/ESO Alexandre Santerne/ESO Fantastic planet$ And where to find them
More informationCharacterizing Exoplanet Atmospheres: a new frontier
Characterizing Exoplanet Atmospheres: a new frontier Mark Swain Jet Propulsion Laboratory, California Institute of Technology Collaborators: Jeroen Bouman, Gautam Vasisht, Giovanna Tinetti, & Angelle Tanner
More informationThe HST Set of Absolute Standards for the 0.12 µm to 2.5 µm Spectral Range
Instrument Science Report CAL/SCS-010 The HST Set of Absolute Standards for the 0.12 µm to 2.5 µm Spectral Range L. Colina, R. Bohlin, D. Calzetti, C. Skinner, S. Casertano October 3, 1996 ABSTRACT A proposal
More informationCharacterization of the exoplanet host stars. Exoplanets Properties of the host stars. Characterization of the exoplanet host stars
Characterization of the exoplanet host stars Exoplanets Properties of the host stars Properties of the host stars of exoplanets are derived from a combination of astrometric, photometric, and spectroscopic
More informationExploring the Depths of the Universe
Exploring the Depths of the Universe Jennifer Lotz Hubble Science Briefing Jan. 16, 2014 Hubble is now observing galaxies 97% of the way back to the Big Bang, during the first 500 million years 2 Challenge:
More informationScience Policy. Neill Reid SMO. STUC: 20 October
Science Policy Neill Reid SMO 1 Outline Observing Venus with Hubble Large joint Hubble-Chandra proposals TAC demographics Summary 2 Venus & HST 3 Background Hubble is generally restricted from observing
More informationExo-planet research from Space The ESA Picture
Exo-planet research from Space The ESA Picture Cosmic Vision is centered around four Grand Themes: 1. What are the conditions for planet formation and the emergence of life? From gas and dust to stars
More informationPlanets and Brown Dwarfs
Extra Solar Planets Extra Solar Planets We have estimated there may be 10 20 billion stars in Milky Way with Earth like planets, hospitable for life. But what evidence do we have that such planets even
More informationASTRO Fall Lecture 19
ASTRO 2233 Fall 2010 Incidence of Earth Like Planets Lecture 19 Tuesday November 2, 2010 Searching for References from Cornell sites: hjp://adswww.harvard.edu/ Click on SEARCH Click on ASTRONOMY AND ASTROPHYSICS
More informationCharacterizing exoplanetary atmospheres with a mid-infrared nulling spectrograph
Characterizing exoplanetary atmospheres with a mid-infrared nulling spectrograph D. Defrère (1), A. Léger (2), O. Absil (1) (1) University of Liège, Belgium, (2) University of Paris-Saclay, France June
More informationDetection and characterization of exoplanets from space
Detection and characterization of exoplanets from space Heike Rauer 1,2, 1:Institute for Planetary Research, DLR, Berlin 2:Center for Astronomy and Astrophysics, TU Berlin Exoplanet Space Missions and
More informationUpdates on Characterization of Stars (with and without Planets)
Updates on Characterization of Stars (with and without Planets) Kaspar von Braun (Lowell Observatory) with T. Boyajian, A. Mann, G. van Belle, S. Kane, D. Ciardi, G. Schaefer, J. Jones, C. Farrington,
More informationThe in-orbit wavelength calibration of the WFC G800L grism
The in-orbit wavelength calibration of the WFC G800L grism A. Pasquali, N. Pirzkal, J.R. Walsh March 5, 2003 ABSTRACT We present the G800L grism spectra of the Wolf-Rayet stars WR45 and WR96 acquired with
More informationThe CHEOPS Mission Consortium David Ehrenreich
The CHEOPS Mission Consortium David Ehrenreich From super-earths to brown dwarfs: Who s who? Paris, 30 June 2015 Main science goals What CHEOPS will do: Perform 1st-step characterisation of super-earths
More informationAbstract HISAKI (SPRINT A) satellite is an earth orbiting EUV spectroscopic mission and launched on 14 Sep Extreme ultraviolet spectroscope (EX
Pointing control of extreme ultraviolet spectroscope onboard the SPRINT A satellite F. Tsuchiya(1*), A. Yamazaki(2), G. Murakami(2), K. Yoshioka(2), T. Kimura(2), S. Sakai(2), K. Uemizu(3), T. Sakanoi(1),
More informationScience of extrasolar Planets A focused update
Science of extrasolar Planets A focused update Raffaele Gratton, INAF Osservatorio Astronomico di Padova Extrasolar planets: a rapidly growing field of astronomy Top Tenz: Top 10 most important discoveries
More informationHabitable worlds: Giovanna Tinetti. Presented by Göran Pilbratt. Image&credit&Hanno&Rein
Habitable worlds: Can we discriminate them from their atmospheric composition? Giovanna Tinetti Presented by Göran Pilbratt Image&credit&Hanno&Rein The search for exoplanets has often been driven by the
More informationObservation of Exoplanets with the Stratospheric Observatory for Infrared Astronomy (SOFIA)
Observation of Exoplanets with the Stratospheric Observatory for Infrared Astronomy (SOFIA) a, D. Angerhausen b, E. E. Becklin c, M. A. Greenhouse d, S. Horner e, A. Krabbe b, M. R. Swain f, and E. T.
More informationSpace Telescopes and Solar System Science
Space Telescopes and Solar System Science NAS CAPS Irvine 12 Sept. 2017 John T. Clarke Center for Space Physics Space-based telescopes have contributed greatly over the decades to solar system science.
More informationGOODS/VIMOS Spectroscopy: Data Release Version 2.0.1
ESO Phase 3 Data Release Description Data Collection GOODS_VIMOS_SPEC Release Number 1 Data Provider C. Cesarsky Date 10.03.2010 Migrated to Phase 3 infrastructure 08.12.2014 GOODS/VIMOS Spectroscopy:
More informationExo-Planetary atmospheres and host stars. G. Micela INAF Osservatorio Astronomico di Palermo
Exo-Planetary atmospheres and host stars G. Micela INAF Osservatorio Astronomico di Palermo Thousands of exoplanets discovered. Huge range of masses, sizes and orbits. Jupiters Neptunes Super-Earths Earths
More informationTMT and Space-Based Survey Missions
TMT and Space-Based Survey Missions Daniel Stern Jet Propulsion Laboratory/ California Institute of Technology 2014 California Institute of Technology TMT Science Forum 2014 July 17 Outline Summary of
More informationLecture 32: The Expanding Universe Readings: Sections 26-5 and 28-2
Lecture 32: The Expanding Universe Readings: Sections 26-5 and 28-2 Key Ideas Measuring the Distances to Galaxies and Determining the Scale of the Universe Distance Methods: Trigonometric Parallaxes Spectroscopic
More informationExoplanet Forum: Transit Chapter
Exoplanet Forum: Transit Chapter A condensed version of the Transits Chapter from the Exoplanet Forum Proceedings, made available to the Decadal Survey, Planetary Systems and Star Formation Panel Drake
More informationHunting Habitable Shadows. Elizabeth Tasker
Hunting Habitable Shadows Elizabeth Tasker Saturn Earth Uranus Mercury Mars Jupiter Venus Neptune Saturn Earth Uranus Mercury Mars Jupiter Venus Neptune 2013 2012 2011 2010 2009 2008 2007 2006 2005 2004
More informationImproving the Absolute Astrometry of HST Data with GSC-II
The 2005 HST Calibration Workshop Space Telescope Science Institute, 2005 A. M. Koekemoer, P. Goudfrooij, and L. L. Dressel, eds. Improving the Absolute Astrometry of HST Data with GSC-II A. M. Koekemoer,
More informationUsing Gravity to Measure the Mass of a Star
STScI Newsletter Vol. 34 Issue 02 Using Gravity to Measure the Mass of a Star Abstract Kailash C. Sahu, ksahu[at]stsci.edu In a reprise of the famous 1919 solar eclipse experiment that confirmed Einstein's
More informationFuture HST Observations of Europa and its Plumes: Findings and Recommendations
Future HST Observations of Europa and its Plumes: Findings and Recommendations John T Clarke / Boston University Amanda Hendrix / Planetary Science Institute John Spencer / Southwest Research Institute
More informationJonckheere Double Star Photometry Part V: Cancer
Vol. 13 No. 3 July 1, 2017 Page 363 Wilfried R.A. Knapp Vienna, Austria wilfried.knapp@gmail.com Abstract: If any double star discoverer is in urgent need of photometry then it is Jonckheere. There are
More informationASTR-1020: Astronomy II Course Lecture Notes Section III
ASTR-1020: Astronomy II Course Lecture Notes Section III Dr. Donald G. Luttermoser East Tennessee State University Edition 4.0 Abstract These class notes are designed for use of the instructor and students
More informationThe formation & evolution of solar systems
The formation & evolution of solar systems Content expectations Birth of the Solar System What did the material that eventually became the Sun and planets look like originally? Interstellar clouds like
More information