Stubbs Group Main Page
Welcome to the Stubbs Group Wiki! Check out our group website https://projects.iq.harvard.edu/stubbs/news-events!
For general Harvard wiki help and guidelines, go to help space and Confluence User Guide .
To submit a work order for the lab (lights, plumbing, etc): https://www.netcasters.com/cgi-bin/fas/dms/request.pl
(Our building is Gordon McKay, room is 106)
Shipping address is:
Stubbs Lab/McKay 106
11 Oxford St.
Cambridge, MA 02138
May 2024:
Dec 2022:
From Dec 7 2022:
Nov 2023 version:
See also https://www.lsst.org/about/project-status
Stay Connected with us via GitHub, DocDB and Slack!
GitHub
If you are interested in coding together, check out our organization github account: https://github.com/stubbslab
DocDB
Please upload your slides, papers and thesis to this website https://blogs.harvard.edu/stubbslab/
Slack
Join our slack channel fas-stubbsgroup.slack.com
Admin Contact
For questions related to accessing these pages, please contact Chris or Sasha
The Group Document of Mutual Expectations is available here:
Document of Mutual Expectations
All members and prospective members of the Stubbs research group should read this document carefully.
Weekly group meeting information:
Aug 2022 activity planning
Powerpoint deck: Aug2022Planning.pptx
Roman workshops happen 2022, white papers due mid-2023.
Taska and opportunities:
- Look up nominal extinction profiles for Rubin deep drilling fields
- Consider joint Roman + LSST constraints on extinction corrections, using stars
- Propose concrete calibration program during Rubin data collection
- Talk with Eli Rykoff about extending FGCM to include extinction
- observing plan for Sept
- download some quadnotch images
References:
| paper | notes |
|---|---|
| atmos_PASP.pdf | Stubbs et al, PASP overview paper on atmospheric extinction |
| Burke_2010_ApJ_720_811.pdf | Burke et al paper on experimental validation of atmospheric extinction |
| MODTRAN_comparison.pdf | Stubbs et al comparison of narrowband photometry with MODTRAN |
| Patat_Paranal_2011.pdf | Patat et al, atmospheric extinction above ESO/Paranal |
| SNfactory2013.pdf | Buton et al, atmospheric extinction above Mauna Kea, good description of physical processes |
| FGCM_DES_2018.pdf | Burke et al, forward modeling of DES photometry, ignores Galactic extinction |
| SPlus2022SLR.pdf | Stellar template forward modeling of SPlus survey |
| CCM_1989ApJ.pdf | reference paper with Galactic extinction law. |
| McCall_2004_AJ_128_2144_SED_extinction.pdf | McCall paper that computes SED dependence of Galactic corrections. |
| McCall_2004_AJ_128_2144_SED_extinction.pdf | SFD, standard reference on Galactic dust content |
| SLR_William_High_2009_AJ_138_110.pdf | Stellar locus regression method, uses color-color diagram to perform all corrections. |
| SN_forward_modeling.pdf | Brout and colleagues paper on forward modeling for dust corrections, both Galactic and in host galaxies. |
| Xiao_2022_AJ_163_185_PS1_SLR.pdf | Stellar locus method applied to PanSTARRS photometry, few-mmag performance. |
| We need to look up and include Roman observations out to 2.4 microns for Galactic extinction mapping |
Copyright © 2024 The President and Fellows of Harvard College * Accessibility * Support * Request Access * Terms of Use