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The AIROPA software package - Milestones for testing general relativity in the strong gravity regime with AO

Authors :
Marchetti, Enrico
Close, Laird M.
Véran, Jean-Pierre
Witzel, Gunther
Lu, Jessica R.
Ghez, Andrea M.
Martinez, Gregory D.
Fitzgerald, Michael P.
Britton, Matthew
Sitarski, Breann N.
Do, Tuan
Campbell, Randall D.
Service, Maxwell
Matthews, Keith
Morris, Mark R.
Becklin, E. E.
Wizinowich, Peter L.
Ragland, Sam
Doppmann, Greg
Neyman, Chris
Lyke, James
Kassis, Marc
Rizzi, Luca
Lilley, Scott
Rampy, Rachel
Marchetti, Enrico
Close, Laird M.
Véran, Jean-Pierre
Witzel, Gunther
Lu, Jessica R.
Ghez, Andrea M.
Martinez, Gregory D.
Fitzgerald, Michael P.
Britton, Matthew
Sitarski, Breann N.
Do, Tuan
Campbell, Randall D.
Service, Maxwell
Matthews, Keith
Morris, Mark R.
Becklin, E. E.
Wizinowich, Peter L.
Ragland, Sam
Doppmann, Greg
Neyman, Chris
Lyke, James
Kassis, Marc
Rizzi, Luca
Lilley, Scott
Rampy, Rachel
Publication Year :
2016

Abstract

General relativity can be tested in the strong gravity regime by monitoring stars orbiting the supermassive black hole at the Galactic Center with adaptive optics. However, the limiting source of uncertainty is the spatial PSF variability due to atmospheric anisoplanatism and instrumental aberrations. The Galactic Center Group at UCLA has completed a project developing algorithms to predict PSF variability for Keck AO images. We have created a new software package (AIROPA), based on modified versions of StarFinder and Arroyo, that takes atmospheric turbulence profiles, instrumental aberration maps, and images as inputs and delivers improved photometry and astrometry on crowded fields. This software package will be made publicly available soon.

Details

Database :
OAIster
Notes :
application/pdf, The AIROPA software package - Milestones for testing general relativity in the strong gravity regime with AO, English
Publication Type :
Electronic Resource
Accession number :
edsoai.ocn980598408
Document Type :
Electronic Resource