Computational Methods for Physics

This repository collects exercises, scripts, and projects related to the course Computational Methods for Physics, focusing on scientific programming applied to physics and mathematics problems.

📁 Folder Structure

• Es2_SolarSystem/: Solar System planetary motion simulation
• Es3_Numerov/: solving Schroedinger differential equation using the Numerov method
• Es5_Rydberg/: data analysis to extract the Rydberg constant
• Es6_Millikan_A/ and Es7_Millikan_B/: Millikan oil-drop experiment data
• OdeSolverRelativistica/: relativistic dynamics of charged particles in EM fields simulation in C++
• complessi/: operations on complex numbers
• PuntoMateriale/, Vettore/: base classes for physical objects
• Standalone files (bisezione.py, zero.py, etc.): numerical methods implementations

🧰 Requirements

• Python 3.x
• (Optional) ROOT for some fitting scripts and plotting
• Common scientific packages: numpy, matplotlib, etc.

🎯 Goal

Provide a complete collection of computational exercises on:

• Numerical methods for root finding and integration
• Simulation of classical and relativistic physical systems
• Experimental data fitting and analysis