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

ExoClock Unlocked: Fostering Public Engagement in Exoplanet Research

View through CrossRef
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 by the European Space Agency (ESA) - a mission focused on studying exoplanet atmospheres. The program has been running for 3 years, and offers participants the chance to contribute directly to a real space mission. Open to all —from amateur astronomers and students to citizen scientists— without access to observational equipment, the program welcomes participants of all backgrounds and experience levels. In collaboration with the Las Cumbres Observatory (LCO), we use remote telescopes to observe exoplanet transits. Participants join monthly online training sessions where they learn how to conduct remote observations and analyze data using accessible, user-friendly tools. Educational materials and step-by-step guidance from the ExoClock team, made up of scientists and public engagement experts, ensure that everyone can take part, regardless of experience level, and learn at their own pace. This presentation will outline the key procedures and strategies that have contributed to the project’s success. We’ll share the challenges we’ve faced, how we addressed them, and the meaningful impact of this inclusive scientific initiative.
Title: ExoClock Unlocked: Fostering Public Engagement in Exoplanet Research
Description:
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 by the European Space Agency (ESA) - a mission focused on studying exoplanet atmospheres.
The program has been running for 3 years, and offers participants the chance to contribute directly to a real space mission.
Open to all —from amateur astronomers and students to citizen scientists— without access to observational equipment, the program welcomes participants of all backgrounds and experience levels.
In collaboration with the Las Cumbres Observatory (LCO), we use remote telescopes to observe exoplanet transits.
Participants join monthly online training sessions where they learn how to conduct remote observations and analyze data using accessible, user-friendly tools.
Educational materials and step-by-step guidance from the ExoClock team, made up of scientists and public engagement experts, ensure that everyone can take part, regardless of experience level, and learn at their own pace.
This presentation will outline the key procedures and strategies that have contributed to the project’s success.
We’ll share the challenges we’ve faced, how we addressed them, and the meaningful impact of this inclusive scientific initiative.

Related Results

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 ...
1000 planetary transits measurements published in ExoClock by an amateur astronomer
1000 planetary transits measurements published in ExoClock by an amateur astronomer
<p>1000 planetary transits measurements published in ExoClock by an amateur astronomer</p> <p>Yves Jongen</p> <p&...
High-temperature measurements of VUV absorption cross sections with application to warm exoplanet atmospheres
High-temperature measurements of VUV absorption cross sections with application to warm exoplanet atmospheres
) IntroductionWith current observational constraints, a large fraction of observed exoplanets whose atmospheres can be studied with spectroscopy orbits closely from their host star...
Atmospheric characterization by combining HARPS and NIRPS
Atmospheric characterization by combining HARPS and NIRPS
Over the last decade, the use of ground-based high-resolution spectrographs has tremendously increased. Such instruments can resolve individual atomic and molecular lines. Therefor...
Accelerating Radiative Transfer in 3D Simulations of the Venusian Atmosphere
Accelerating Radiative Transfer in 3D Simulations of the Venusian Atmosphere
This work introduces an approach to enhance the computational efficiency of 3D Global Circulation Model (GCM) simulations by integrating a machine-learned surrogate model into the ...
Hubungan antara Job Insecurity dengan Work Engagement Karyawan Bank Y
Hubungan antara Job Insecurity dengan Work Engagement Karyawan Bank Y
Abstract. This study discusses the relationship between job insecurity and work engagement among employees of Bank Y. Organizations need dynamic and dedicated employees, namely emp...
Exoplanet characterization across the mass-radius space using machine learning
Exoplanet characterization across the mass-radius space using machine learning
Characterizing the internal composition of exoplanets is an essential part in understanding the diversity of observed exoplanets and the processes that govern their formation and e...
A Quantitative Comparison of Exoplanet Catalogs
A Quantitative Comparison of Exoplanet Catalogs
In this study, we investigated the differences between four commonly-used exoplanet catalogs (exoplanet.eu; exoplanetarchive.ipac.caltech.edu; openexoplanetcatalogue.com; exoplanet...

Back to Top