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
Kepler jump and systematics correction using Variational Bayes and shrinkage priors.
KeplerJS Javascript library for interacting with Bench Network's Kepler Service.
Using Kepler Telescope Data to Identify Exoplanets with Python
A simulation of our solar system using vpython
Inferring the minimum-mass extrasolar nebula (MMEN) from SysSim
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
KBS 시사 다큐 '소멸의 땅'의 인터렉티브 웹입니다
A focus on the relationships between stellar characteristics, their classification, and the properties of their orbiting planets.
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