Fast & scalable MCMC for all your exoplanet needs!

• UpdatedMar 3, 2025
• Python

Automagically remove trends from time-series data

• UpdatedNov 7, 2021
• Jupyter Notebook

Transit and Radial velocity Interactive Fitting tool for Orbital analysis and N-body simulations: The Exo-Striker

• UpdatedMar 15, 2025
• Python

Fast and easy exoplanet transit light curve modelling.

• UpdatedFeb 14, 2025
• Jupyter Notebook

Transit Least Squares: An optimized transit-fitting algorithm to search for periodic transits of small planets

• UpdatedAug 20, 2024
• Jupyter Notebook

Tools for data-driven spectra models with Gaussian processes. Pronounced "soap."

• UpdatedDec 6, 2017
• Python

Flexible photometric transit curves with limb darkening

• UpdatedJun 19, 2024
• Julia

Python implementation of Parker wind models for exoplanet atmospheres

• UpdatedFeb 4, 2025
• Python

👾 detection of exolife is one of the most important goals for future space missions - this research was performed at the mt. stony brook

• UpdatedOct 15, 2024
• TeX

Exoplanet exploration using machine learning

• UpdatedDec 25, 2020
• Jupyter Notebook

A package for detecting, vetting, and modelling transiting exoplanets on uncertain periods

• UpdatedNov 21, 2024
• Jupyter Notebook

Web app for the Exoplanet Quest game by team Three Buddy Problem - 🎊 1st Place 🎊 in NASA Space Apps Challenge 2024 Turin

• UpdatedOct 9, 2024
• Jupyter Notebook

The goal of this project is to create an all-encompassing collection of Jupyter notebooks—your trusty companions for engaging exercises related to microlensing. Through these notebooks, the insights and experiences of microlensing elders can light your path as you embark on your journey of discovery and exploration through scientific research.

• UpdatedMar 17, 2025
• Jupyter Notebook

An Interactive data visualization of Exoplanets

• UpdatedMay 16, 2019
• CSS

App to explore new NASA Planetary Systems Composite Data (Exoplanet) data table. Facilitate learning on Spring, Angular and PostgreSQL integration.

• UpdatedJan 21, 2022
• JavaScript

Predicting potential exoplanets in star systems using light intensity curves data derived from observations made by the NASA Kepler space telescope.

• UpdatedNov 15, 2023
• Jupyter Notebook

Planet Hunters TESS Lightcurve viewer

• UpdatedJan 3, 2025
• Jupyter Notebook

A toy project for coronagraphs

• UpdatedNov 7, 2023
• Jupyter Notebook

UNLV Star & Planet Formation Group

• UpdatedMar 10, 2025
• HTML

Python code to generate an SVG showing planetary systems

• UpdatedJun 7, 2020
• Python