[LinkedIn post] Simulating planetary orbits with real-world data
I’m thrilled to share the completion of my planetary orbit simulation project!
This simulation, built on my interest in astrophysics and astrodynamics, offers an interactive environment to explore the mechanics of celestial bodies. It provides an excellent tool for visualizing and understanding planetary orbits around the Sun.
The simulation consists of three core features:
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Accurate Planetary Models: Real-world planetary data and precise physics-based models are used to simulate orbits. Each planet’s trajectory is influenced by the gravitational forces in the solar system, ensuring realistic orbital mechanics.
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Customizable Parameters: Modify initial conditions such as planetary mass, velocity, and position to explore various orbital scenarios. This allows for deep dives into specific phenomena like elliptical orbits, planetary alignment, or perturbations caused by other celestial bodies.
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Visualization Tools: Detailed, interactive visual representations of planetary orbits are provided. These tools allow users to watch the dynamics unfold over time, showcasing how planets move under the influence of gravity and enabling easy comparison of different orbital paths.
As the simulation progresses, it generates detailed graphs and animations that illustrate key dynamics, providing a clearer understanding of orbital mechanics and celestial motion.
For more details, visit my website (here). The full codebase is also publicly available on GitHub (here).
#Astrophysics #Astrodynamics #Simulation #CelestialMechanics #ComputationalPhysics #Python #Planets
You can access the original post on LinkedIn here.