GTO Home - JWST NIRSpec GTO
The NIRSpec GTO program
In return for the provision of the NIRSpec spectrograph, the European Space Agency (ESA) has received an allocation of 900 hours of JWST guaranteed time (wall-clock time including direct and indirect overheads). This program is managed by the ESA JWST project scientist and is being prepared by the NIRSpec guaranteed-time observer (GTO) team. On this site, you will find a brief description of each element of the NIRSpec GTO program. The NIRSpec GTO program is built around one large core program focused on the theme of galaxy formation and evolution, and a set of 5 small and 2 medium programs covering a much wider range of astrophysical topics. Although scientific excellence has been the primary criterion when designing this GTO program, we have also made sure that in the course of these observations, the NIRSpec GTO team will probe the key modes and observation strategies / regimes of the NIRSpec instrument, with the aim to provide early feedback on the data quality and processing steps to the scientific operation center (STScI) and to the community. |
OVERVIEW
Program |
Lead(s) |
Duration (cycle 1) |
|
The physics of galaxy assembly – the NIRSpec GTO spectroscopic surveys |
|
708,38 hours |
|
|
M. Rieke & P. Ferruit |
365.85 hours combined to ~426 hours from NIRCam for a total of more than 790 hours! |
|
|
|
105.96 hours |
|
|
|
236.57 hours |
|
Cosmic reionization and metal enrichment from quasar spectroscopy |
C. Willott & P. Jakobsen |
33.25 hours |
|
Resolved structure and kinematics of the nuclear regions of nearby galaxies |
T. Böker |
18.04 hours |
|
S. Birkmann & J. Valenti |
48.91 hours |
||
Direct spectroscopy of an exoplanet with the JWST/NIRSpec IFU |
S. Birkmann |
6.02 hours |
|
G. de Marchi |
14.97 hours |
||
C. Alves de Oliveira |
17.01 hours |
||
Surface composition of mid-sized TNOs: searching for ammonia |
A. Guilbert-Lepoutre |
8.94 hours |
|
Total for cycle 1 |
855.52 hours |
Coordinated Parallels
When possible and scientifically valuable, we are planning to obtain NIRCam images in parallel to our NIRSpec multi-object spectroscopy (MOS) exposures. Note that for GO proposals, coordinated parallels with NIRSpec multi-object spectroscopy and MIRI imaging is also possible. For the list of supported coordinated parallel instrument combinations, see the JDOX page here. |
What's new?
02 June 2020 - Various updates
- Updated the links to GTO-related sites at the bottom right of the site front page.
- Updated the (brief) descriptions of the programs when necessary.
OTHER SITES WITH INFORMATION ON THE JWST GTO programs
- JWST GTO call for proposal (at STScI)
- Approved JWST GTO programs (at STScI)
- JWST GTO observation specifications (at STScI)
- The public pages of the NIRCam-NIRSpec GTO galaxy assembly survey (work in progress)
- The page of the JWST session at the 2017 EWASS meeting in Prague.