VizieR Online Data Catalog: Red giant solar-like oscillations in Kepler data (Hon+, 2019)

From all 196581 Kepler stars observed in long cadence, we detected 21914 stars showing solar-like oscillations with our deep learning classifier, yielding the current largest list of stars showing solar-like oscillations that will provide many more targets of interest for various asteroseismic and Galactic archaeology analyses. We also predict ν_max for each detection, which will provide useful prior values for more precise measurements using asteroseismic model-fitting pipelines. In addition, our ν_max values provide log(g) estimates, for which ~88 per cent are good to within 0.05dex, which is still superior to typical spectroscopic log(g) determinations.

>From our list of 21914 detections, we identified 21005 Kepler targets with Gaia-derived radii representative of red giants. Even though we do not account for giants with R>~40R_ȯ, our number of detections is within estimates of the total number of red giants (~21000) as reported by Berger et al. (2018ApJ...866...99B, Cat. J/ApJ/866/99) (B18) because we also detect giant oscillations in stars with R~<10R_ȯ that they classified as subgiants. We also found 1671 stars with R=<40R_ȯ that are predicted as non-detections but have been classified as red giants by Berger et al. (2018ApJ...866...99B, Cat. J/ApJ/866/99).

(3 data files).