TL;DR
The SATCHEL pipeline is an open-source tool that converts citizen science classifications of lightcurve features into statistically robust exoplanet signal detections, demonstrating high recovery rates for known signals from Kepler data.
Contribution
We introduce SATCHEL, a customizable pipeline that translates citizen science classifications into significance scores, improving signal detection reliability in large-scale astronomical datasets.
Findings
Over 98% recovery of simulated signals for exoplanets >2 R_⊕
Approximately 85% recovery of known Kepler Objects of Interest signals
Pipeline is adaptable to various citizen science datasets
Abstract
Citizen science is a powerful analysis tool, capable of processing large amounts of data in a very short time. To bridge the gap between classification data products from web-based citizen science platforms to statistically robust signal significance scores, we present the Search Algorithm for Transits in the Citizen science Hunt for Exoplanets in Lightcurves (SATCHEL) pipeline. This open source, customizable pipeline was constructed to identify and assign significance estimates to one-dimensional features marked by volunteers. We describe the functional capabilities of the SATCHEL pipeline through application to features in photometric time-series data from the Kepler Space Telescope, classified by volunteers as part of the Planet Hunters citizen science project hosted on the Zooniverse platform. We evaluate the SATCHEL pipeline's overall performance based on recovery of known signals…
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