Upload light curve data or use sample datasets to detect potential exoplanets using AI-powered transit analysis.
The AI model analyzes stellar brightness over time, looking for periodic dips that indicate a planet passing in front of its host star. These transit events create a characteristic light curve pattern.
For better responses with our full trained AI model, go to ExoPlanet Hunter AI Model on Hugging Face Space - developed with love by ExoPlanet Hunter Team
Upload your own light curve data or load a sample dataset to begin analyzing for exoplanet transits.
A light curve shows how a star's brightness changes over time. When a planet passes in front of its star, it blocks some light, creating a characteristic dip.
The transit method detects exoplanets by measuring periodic dimming of starlight. This is how Kepler and TESS missions discovered thousands of planets.