project-status

Stay Connected with us via GitHub, DocDB and Slack!

If you are interested in coding together, check out our organization github account: https://github.com/stubbslab

Please upload your slides, papers and thesis to this website https://blogs.harvard.edu/stubbslab/

Admin Contact

For questions related to accessing these pages, please contact Chris or Sasha

All members and prospective members of the Stubbs research group should read this document carefully.

Roman workshops happen 2022, white papers due mid-2023.

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