Join us as we explore the groundbreaking mission of the European Space Agency (ESA) with the CHaracterising ExOPlanets Satellite (CHEOPS)! This innovative project is designed to enhance our understanding of exoplanets by focusing on those already identified in the cosmos. With its advanced 30 cm aperture and 1.2-meter-long Ritchey-Chrétien telescope, CHEOPS will orbit Earth in a sun-synchronous path, capturing vital data from altitudes between 650 and 800 kilometers.
Learn how CHEOPS will observe bright stars to measure the radii of their orbiting planets, helping scientists determine whether these distant worlds are rocky or gaseous. Project scientist Kate Isaak explains the satellite's ability to track optical and infrared emissions, utilizing an ultra-high-precision photometer to detect the tiny dips in light caused by planetary transits.
Scheduled for launch in late 2018, CHEOPS promises a mission duration of approximately three and a half years, all achieved within a compact and cost-effective framework. Discover the swift development timeline of just six years from proposal to launch, setting a new benchmark for ESA scientific missions. Don't miss this chance to delve into the future of space exploration and the exciting discoveries that await us with CHEOPS!
Keywords: CHEOPS, European Space Agency, exoplanets, space exploration, Ritchey-Chrétien telescope, planetary transits, optical emissions, infrared emissions, ESA scientific missions.
Learn how CHEOPS will observe bright stars to measure the radii of their orbiting planets, helping scientists determine whether these distant worlds are rocky or gaseous. Project scientist Kate Isaak explains the satellite's ability to track optical and infrared emissions, utilizing an ultra-high-precision photometer to detect the tiny dips in light caused by planetary transits.
Scheduled for launch in late 2018, CHEOPS promises a mission duration of approximately three and a half years, all achieved within a compact and cost-effective framework. Discover the swift development timeline of just six years from proposal to launch, setting a new benchmark for ESA scientific missions. Don't miss this chance to delve into the future of space exploration and the exciting discoveries that await us with CHEOPS!
Keywords: CHEOPS, European Space Agency, exoplanets, space exploration, Ritchey-Chrétien telescope, planetary transits, optical emissions, infrared emissions, ESA scientific missions.
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