Sam Morrell
@smorrell.bsky.social
Devonian astrophysicist / ecologist at University of Exeter, UK. Aspiring science educator. Crafter of fine code. Musician and music lover. Ex astris, scientia. (he/him).
Planetary radius measurements in literature have uncertainties about 40% larger than we measure in this work.
The attached plot shows the revised #exoplanet radius and mass, along with the difference between ours and those in #TEPCat (astro.keele.ac.uk/jkt/tepcat/).
The attached plot shows the revised #exoplanet radius and mass, along with the difference between ours and those in #TEPCat (astro.keele.ac.uk/jkt/tepcat/).
November 26, 2025 at 10:59 AM
Planetary radius measurements in literature have uncertainties about 40% larger than we measure in this work.
The attached plot shows the revised #exoplanet radius and mass, along with the difference between ours and those in #TEPCat (astro.keele.ac.uk/jkt/tepcat/).
The attached plot shows the revised #exoplanet radius and mass, along with the difference between ours and those in #TEPCat (astro.keele.ac.uk/jkt/tepcat/).
Our stellar radii have uncertainties of about 2%, and we measure stellar temperatures to around 50K.
Using synthetic #Gaia #DR3 G-band photometry, our parameters show a factor of 10 reduction in RMS residual and nearly a 40% improvement in mean uncertainty, when compared to the literature.
Using synthetic #Gaia #DR3 G-band photometry, our parameters show a factor of 10 reduction in RMS residual and nearly a 40% improvement in mean uncertainty, when compared to the literature.
November 26, 2025 at 10:59 AM
In this article, we use SED fitting to re-derive the fundamental parameters of known #exoplanet hosting #stars. We also use literature data, or in some cases fitting of new #TESS #transit data, to re-derive #exoplanet properties.
November 26, 2025 at 10:59 AM
In this article, we use SED fitting to re-derive the fundamental parameters of known #exoplanet hosting #stars. We also use literature data, or in some cases fitting of new #TESS #transit data, to re-derive #exoplanet properties.