ASTROHUNTERS

Explore distant worlds and uncover hidden exoplanets with AI. Interact with real NASA data, visualize discoveries, and see how artificial intelligence helps detect new planets faster than ever.

your journey into the cosmos starts here

What if finding new worlds wasn’t only reserved for scientists? What if finding new worlds wasn’t only reserved for scientists?

Every night, countless stars shine above us, each possibly hosting a distant planet — an exoplanet waiting to be discovered. Hidden in the flicker of starlight, there are worlds that could change how we understand the universe. What if we could detect them faster than ever using AI and data from NASA missions? What if anyone — not just scientists — could explore these distant worlds?

With AstroHunters, these questions are no longer just questions — they’re experiences you can live.

But first...

Light curve

Time series of stellar brightness (flux) used to spot transits.

Transit depth

Amount of flux drop during a transit (related to planet/star area ratio).

Transit duration

How long the transit lasts (duration of the brightness dip).

Transit method

A way to detect planets by measuring small dips in a star’s brightness when a planet passes in front of it.

Kepler / K2 / TESS

NASA missions that collected huge datasets of stars and exoplanets using the transit method.

Candidate / Confirmed / False Positive

The three categories of signals: possible planets, verified planets, or signals that are not planets.

Preprocessing

Cleaning and preparing raw data before it is used in an AI/ML model.


Machine Learning Model

An algorithm trained to classify light curves and identify potential exoplanets.

Predicción del modelo





Resultado

Listo para enviar.