mimitoz62

mimitoz62/exostab

Is this planetary system dynamically stable? Hill spacing, angular momentum deficit and REBOUND N-body/MEGNO indicators for any multi-planet system in the NASA Exoplanet Archive, with published uncertainties propagated and every data assumption logged. Python CLI and Streamlit web app.

2 good first / help-wanted issues · Python · last activity Oct 16, 2026

astronomy astrophysics celestial-mechanics cli dynamical-systems exoplanet exoplanets monte-carlo-simulation n-body n-body-simulation nasa-exoplanet-archive orbital-dynamics orbital-mechanics orbital-stability planetary-science python rebound reproducible-research streamlit uncertainty-quantification
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mimitoz62/exostab
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Is this planetary system dynamically stable? Hill spacing, angular momentum deficit and REBOUND N-body/MEGNO indicators for any multi-planet system in the NASA Exoplanet Archive, with published uncertainties propagated and every data assumption logged. Python CLI and Streamlit web app.

Python
#astronomy#astrophysics#celestial-mechanics#cli#dynamical-systems#exoplanet#exoplanets#monte-carlo-simulation#n-body#n-body-simulation#nasa-exoplanet-archive#orbital-dynamics#orbital-mechanics#orbital-stability#planetary-science#python#rebound#reproducible-research#streamlit#uncertainty-quantification
mimitoz62/exostab
0

Is this planetary system dynamically stable? Hill spacing, angular momentum deficit and REBOUND N-body/MEGNO indicators for any multi-planet system in the NASA Exoplanet Archive, with published uncertainties propagated and every data assumption logged. Python CLI and Streamlit web app.

Python
#astronomy#astrophysics#celestial-mechanics#cli#dynamical-systems#exoplanet#exoplanets#monte-carlo-simulation#n-body#n-body-simulation#nasa-exoplanet-archive#orbital-dynamics#orbital-mechanics#orbital-stability#planetary-science#python#rebound#reproducible-research#streamlit#uncertainty-quantification