The SPARC4 pipeline delivers 0.02% photometric and ~0.02% polarimetric precision on transiting exoplanet observations and refines planetary parameters through joint modeling with TESS or K2 data.
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2 Pith papers cite this work, alongside 431 external citations. Polarity classification is still indexing.
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Solar active regions' compliance with Hale's, Joy's, and helicity laws does not determine flare productivity; flux and size thresholds do.
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Scientific Validation of the SPARC4 Pipeline: Multi-band Imaging, Polarimetry, and Photometric Time Series for Improved Characterization of Transiting Exoplanets
The SPARC4 pipeline delivers 0.02% photometric and ~0.02% polarimetric precision on transiting exoplanet observations and refines planetary parameters through joint modeling with TESS or K2 data.
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Investigation on the Relation between Active Regions' Compliance with Empirical Laws and Flare Productivity
Solar active regions' compliance with Hale's, Joy's, and helicity laws does not determine flare productivity; flux and size thresholds do.