Launching today

Resonant Worlds Explorer

Launching today

Exact-math AI for Nasa exoplanet & biosignatures.

2 followers

Exact-math AI for Nasa exoplanet & biosignatures.

2 followers

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Resonant Worlds Explorer processes light curves and spectra from NASA missions (JWST, TESS, Kepler) to detect exoplanets and analyze atmospheric biosignatures. Built with Modulus—our custom AI solver extending Qwen with a Prime Algebra Transformer—the system converts astrophysics and chemical equilibrium equations into exact arithmetic. This eliminates floating-point errors, dramatically reducing false positives in the search for life. Includes live web plots and PDF reports.

Free

Launch tags:Open Source•Developer Tools•Artificial Intelligence

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Hey Product Hunt community! 👋 We built Resonant Worlds Explorer to solve a major problem in space exploration: floating-point math causing numerical drift and misclassifying atmospheric chemical equilibrium. By combining NASA archive data with Modulus (a Prime Algebra Transformer architecture), we turn complex planetary chemistry into exact calculations to verify true biosignatures like O₂ + CH₄ co-existence. Tech stack: Fast API, XGBoost, Lightkurve, Astro query, React, TypeScript, and Google Cloud. We’d love to hear your feedback and answer any technical questions!

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4d ago

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1d ago

🚀 Launching Resonant Worlds Explorer: AI-Driven Exoplanet & Biosignature Analysis.

Hey Product Hunt Community!

I'm excited to share Resonant Worlds Explorer an open-source AI platform built to analyze NASA mission data for exoplanet transit detection and atmospheric biosignature discovery.

Traditional machine learning approaches often suffer from numerical floating-point drift when processing continuous stellar light curves and complex chemical equilibrium calculations. Resonant Worlds Explorer pairs deep learning with exact-math pipelines to maintain maximum precision when scoring candidate exoplanets.

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