CONAN: A flexible bayesian framework for modeling exoplanet data
-
Updated
Mar 11, 2026 - Jupyter Notebook
CONAN: A flexible bayesian framework for modeling exoplanet data
Ultra-hot Jupiter study combining real TESS transits with multiple JWST dayside-spectrum reductions to examine thermal inversion, water emission, extreme irradiation and reduction-to-reduction consistency.
Ultra-hot Jupiter atmosphere study using phase-resolved JWST/NIRSpec G395H emission spectroscopy to measure day-night brightness-temperature contrast, with reproducible uncertainty propagation and archive-backed system context.
Highly inflated hot-Jupiter study combining a corrected TESS transit with three independent JWST/NIRISS dayside-emission reductions to examine water emission and reduction consistency.
Warm-Jupiter atmosphere study combining real TESS transit analysis with public JWST transmission and emission spectra to audit methane chemistry, water models and evidence across both observing geometries.
To associate your repository with the emission-spectroscopy topic, visit your repo's landing page and select "manage topics."