Jupyter notebook and Python package designed for a workshop recreating the discovery of Mars's elliptical orbit, intended for a high school audience.
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Updated
Aug 28, 2018 - Jupyter Notebook
Jupyter notebook and Python package designed for a workshop recreating the discovery of Mars's elliptical orbit, intended for a high school audience.
Modeling the gravitational path etc. of Halley's comet and its interactions with the Solar System. All to scale. From 1/23/2020.
MongoDB, Pymongo, Pandas, FourSquare to find a show the best location for an StartUp
Simulation that calculates the position in three-dimensional Cartesian coordinates of a celestial body over time given the keplerian orbital elements
plugin to use genstar inside the Kepler scientific workflow
KeplerJS Javascript library for interacting with Bench Network's Kepler Service.
A simulation of our solar system using vpython
Model of an early star system with planets and particles
Exoplanet Candidate Detection with Active Learning AI
IAL Mysql-server administration and management
Using machine learning method to search exoplanets in Kepler mission.
Simple ML project that will classify stars based on their light curves
Basic K2-95b K2 light curve analysis.
Explainable AI (XAI) exoplanet detection system
A repository of tools for X-ray burst analysis.
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