lagrange-points

Enterprise-grade 3D planetary analytics engine (React 19, TS, Three.js, MapLibre GL, Rust Tauri 2.0, Capacitor 7). Features NASA VSOP87 ephemeris, Lagrange points (L1-L5), Zero-GC 120 FPS WebGL shaders & offline-first builds for macOS, Windows, Linux & Android. 🌍✨

Research project on the stability of Lagrange points. Includes analytical proof, visualisation and plotting with Python.

🛰️ Interactive orbital dynamics laboratory for exploring the Circular Restricted Three-Body Problem (CR3BP), Lagrange points, perturbations, stability, and numerical simulations.

Multiple-shooting design of impulsive transfers between L1/L2 Lyapunov orbits in the Earth-Moon CR3BP, using invariant manifold theory and Poincaré section analysis to construct low-cost initial guesses.

A nonvolatile memory cell made of gravity: a bit stored in which Lagrange island (L4/L5) a body librates in — written by orbit insertion, rewritten by a real flyby, and validated against Jupiter's real 148-year Trojan libration.

Restricted three-body problem and its adaptability in real-world are investigated in this project.

Physics simulation for n-body gravity, hohmann transfer and lagrange points

Gridded ion thruster modeling and mission analysis in Python, C++20 and MATLAB, validated against NASA NSTAR flight data and cross-checked to 1e-6

CS50 Final Project. A CLI tool that solves Euler's quintic equations using SciPy and Matplotlib to simulate orbital equilibrium points.

Solar sail halo orbits, manifold transfers and station-keeping in the Sun–Earth and Earth–Moon CR3BP. Floquet analysis, heteroclinic connections, LQR control.

A Fortran collinear Lagrange points calculator.