Studying chaotic systems. Occasionally contributing to them.

Computational Science • Scientific Computing • Computational Physics

BSc Computer Science student with a strong interest in numerical simulation, dynamical systems, and chaos theory.

• 🎓 BSc Computer Science Student
• 🔬 Interested in Computational Science, Scientific Computing, and Computational Physics
• 🧮 Passionate about numerical simulation, numerical methods, and dynamical systems
• 🌌 Exploring the emergence of order and chaos in complex systems

Investigating how numerical integrators influence energy conservation, orbital accuracy, and chaos detection (Lyapunov exponents via Benettin's algorithm) in gravitational N-body systems.

Integrators

• Euler (explicit & semi-implicit)
• Leapfrog
• RK4
• Yoshida

Technologies

• Python
• NumPy
• Matplotlib
• Streamlit
• PyTest
• LaTeX

🔗 Repository: https://github.com/Meeseeks01/nbody-numerical-analysis

_{An illustration of the classic Pythagorean three-body problem — not output from this project, just a depiction of the kind of system it studies.}

• Computational Physics
• Numerical Methods
• Scientific Computing
• Dynamical Systems
• Chaos Theory
• Mathematical Modelling

• Python
• Java
• JavaScript
• Haskell
• SQL

• Git
• GitHub
• VS Code
• LaTeX