Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

ExoClock project: a pro-am collaboration to monitor the exoplanet ephemerides for the Ariel space mission

View through CrossRef
<p>ExoClock (exoclock.space) is a project aiming to monitor transiting exoplanets through regular observations using small and medium scale telescopes. The project is part of the ephemerides working group of ESA's Ariel space mission and the main scope is to maximise the mission efficiency. This effort was launched in EPSC2019 and we are actively collaborating with both professional and amateur astronomers coming from various countries across the world. In this talk, I will talk about the organisation of the project and the main tools that are used to achieve an effective pro-am collaboration. I will also present the current status of the project and the results of the publications we have produced so far. Our research includes a collective analysis of light-curves aquired by ground telescopes most of which belong to amateur astronomers. This data are used in combination with other resources (literature data, space data and light curves from other networks) to update the ephemerides of exoplanets that are candidates for the Ariel space mission. The ExoClock network currently consists of 550 participants out of whom 420 are amateur astronomers, a number that highlights the significant contribution of amateurs in our project. </p>
Copernicus GmbH
Title: ExoClock project: a pro-am collaboration to monitor the exoplanet ephemerides for the Ariel space mission
Description:
<p>ExoClock (exoclock.
space) is a project aiming to monitor transiting exoplanets through regular observations using small and medium scale telescopes.
The project is part of the ephemerides working group of ESA's Ariel space mission and the main scope is to maximise the mission efficiency.
This effort was launched in EPSC2019 and we are actively collaborating with both professional and amateur astronomers coming from various countries across the world.
In this talk, I will talk about the organisation of the project and the main tools that are used to achieve an effective pro-am collaboration.
I will also present the current status of the project and the results of the publications we have produced so far.
Our research includes a collective analysis of light-curves aquired by ground telescopes most of which belong to amateur astronomers.
This data are used in combination with other resources (literature data, space data and light curves from other networks) to update the ephemerides of exoplanets that are candidates for the Ariel space mission.
The ExoClock network currently consists of 550 participants out of whom 420 are amateur astronomers, a number that highlights the significant contribution of amateurs in our project.
 </p>.

Related Results

Observing exoplanets without equipment, experiences from university students
Observing exoplanets without equipment, experiences from university students
<p> </p><p><strong>1. Introduction</strong></p><p>University students...
Exoplanet observations at the Instituto de Astrofísica de Canarias IAC and its collaboration with the ExoClock project
Exoplanet observations at the Instituto de Astrofísica de Canarias IAC and its collaboration with the ExoClock project
IntroductionA group of amateur astronomers from the Sabadell Astronomical Society is using small professional telescopes to obtain exoplanets transits photometry for the ExoClock p...
The ExoClock project for the Ariel space mission- 5 years of continuous operation
The ExoClock project for the Ariel space mission- 5 years of continuous operation
The ExoClock project - www.exoclock.space – aims to monitor regularly transiting exoplanets for the Ariel space mission, using small- and medium-scale telescopes. The pro...
Open science in all stages through the ExoClock project
Open science in all stages through the ExoClock project
The ExoClock project is part of the ephemerides working group of ESA's Ariel space mission and its main scope is to maximise the mission’s efficiency by providing a consistent and ...
The mechanical, structural and thermal design of the Telescope Assembly of ARIEL
The mechanical, structural and thermal design of the Telescope Assembly of ARIEL
<p><strong>The mechanical, structural and thermal design of the Telescope Assembly of ARIEL</strong></p> <ul> ...
ExoClock Unlocked: Fostering Public Engagement in Exoplanet Research
ExoClock Unlocked: Fostering Public Engagement in Exoplanet Research
ExoClock Unlocked, an initiative of the ExoClock project team, aims to democratize the field of exoplanet research by enabling public participation in support of ESA’s Ar...
PAOS, the Physical Optics Propagation model of the Ariel optical system
PAOS, the Physical Optics Propagation model of the Ariel optical system
Ariel, the Atmospheric Remote-sensing Infrared Exoplanet Large-survey, is a medium-class space mission part of ESA's Cosmic Vision programme, due for launch in 2029. Ariel will sur...
ExoClock Unlocked: Fostering Public Engagement in Exoplanet Research
ExoClock Unlocked: Fostering Public Engagement in Exoplanet Research
ExoClock Unlocked is an astronomy program designed to engage the public in exoplanet research. It is part of the ExoClock Project, which supports the upcoming Ariel space mission b...

Back to Top