Web application to search, process, and visualizes the TESS data of any target cataloged in astronomical databases like SIMBAD.
CurveSimulator is a reliable n-Body Python package for fast and flexible Orbital Parameter Determination (MCMC). It can also generate highly configurable videos for teaching, public outreach, and scientific insight.
Prediction of a star light curve behaviour with a neural network
Display the lightcurves of all the observed sectors of a Tess target.
Animated transit lightcurve posted once a day to twitter
A Python-based astronomy tool that analyzes stellar light curve data to identify potential exoplanet transit events. The project automatically detects brightness dips, estimates transit depth and orbital period, and calculates the approximate radius of the exoplanet using transit photometry techniques.
PLATO WP36 Exoplanet Analysis System transit detection pipeline (version 2)
Multi-sector TESS SPOC PDCSAP photometry analysis of ANJ-V001 (EA eclipsing binary): Lomb–Scargle period, epoch (Min I), amplitude, and VSX submission artifacts.
Shape Modeling From Lightcurves. Code for lightcurve inversion of small bodies.
End-to-end machine learning pipeline for exoplanet transit detection using Kepler light curves, feature engineering, and XGBoost.
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