Python script to calculate angular momentum of planetary systems

Python script that calculates the time required for the Lunar Magma Ocean to solidify as a function of varying degrees of impact bombardment

Hapke Model 2008 implemented to Python 2.7.2 .

See README.

Script used to calculate and compensate for field rotation in astronomical images and timelapses.

Open-source code and database of refractive indices and Mie scattering curves for water ice across spans of Enceladus-like conditions.

Becoming a Planetary Developer Blog

Website Concept about the Universe & Solar System

Scripts to reproduce figures for the paper

Auto-lands an vessel to a specific point on the surface of a planet.

Python code to simulate crater formation and evolution on a landscape, where the topography is given as a LandLab model grid object.

research w/ dr. ramses ramirez

mirror of ASU's svn for jmars

3D solar system visualization interface

Using XGBoost to predict the outcome of planetary collisions. Given the masses of the planets, impact velocities and impact angles, the model was used to predict the masses of the largest remnants of the collisions

Fake trip Agency that organizes trips to space made with Symfony (Made for training purpose)

Simulate the orbit of different planets around the sun using real astronomical values like mass of the planets, distance from the sun, force of gravity to get accurate elliptical orbit.

Python scripts to aid user in selecting craters on Charon and Pluto, measure the craters' diameteters and locations, and create crater density plots in order estimate surface ages.

Embark on a celestial journey with our Python project, mastering the art of gravitational slingshot maneuvers using planetary forces! 🌌🚀 Harness the immense gravity of planets like Jupiter to propel objects through space, unlocking the secrets of interplanetary travel. 🪐✨ #SpaceExploration #PythonCoding #GravitationalSlingshot

Latest version (develop) of https://github.com/lebesnec/solar-system