The Qatar Exoplanet Survey
K.A. Alsubai, N.R. Parley, D.M. Bramich, K. Horne, A. Collier Cameron,, R.G. West, P.M. Sorensen, D. Pollacco, J.C. Smith, O. Fors

TL;DR
The Qatar Exoplanet Survey employs a robotic wide-angle camera system to discover and analyze transiting exoplanets, focusing on hot Jupiters and smaller planets around bright stars, with collaborative efforts enhancing detection capabilities.
Contribution
This paper introduces the first generation QES instrument, its observing strategy, data reduction, and follow-up procedures, and discusses its integration with SuperWASP for improved exoplanet discovery.
Findings
Discovery of confirmed exoplanets Qatar 1b and 2b.
Development of tools for archiving and analyzing QES data.
Plans for deploying additional systems to enhance detection in northern skies.
Abstract
The Qatar Exoplanet Survey (QES) is discovering hot Jupiters and aims to discover hot Saturns and hot Neptunes that transit in front of relatively bright host stars. QES currently operates a robotic wide-angle camera system to identify promising transiting exoplanet candidates among which are the confirmed exoplanets Qatar 1b and 2b. This paper describes the first generation QES instrument, observing strategy, data reduction techniques, and follow-up procedures. The QES cameras in New Mexico complement the SuperWASP cameras in the Canary Islands and South Africa, and we have developed tools to enable the QES images and light curves to be archived and analysed using the same methods developed for the SuperWASP datasets. With its larger aperture, finer pixel scale, and comparable field of view, and with plans to deploy similar systems at two further sites, the QES, in collaboration with…
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Taxonomy
TopicsStellar, planetary, and galactic studies · Astronomy and Astrophysical Research · Astronomical Observations and Instrumentation
