'Physics Computational Methods' course

Laboratory 1 - Introduction

• Exported Notebook (.pdf)
• Mathematica Notebook source code (.nb)
• Instructions (.pdf)

Laboratory 2 - Solving equations

• Exported Notebook (.pdf)
• Mathematica Notebook source code (.nb)
• Instructions (.pdf)

Laboratory 3 - Sequences, series, limits, random walk

• Exported Notebook (.pdf)
• Mathematica Notebook source code (.nb)
• Instructions (.pdf)

Laboratory 4 - Random walk in 2D and 3D, derivatives

• Exported Notebook (.pdf)
• Mathematica Notebook source code (.nb)
• Instructions (.pdf)

Laboratory 5 - Harmonic oscillator, Damped harmonic oscillator

• Exported Notebook (.pdf)
• Mathematica Notebook source code (.nb)
• Instructions (.pdf)

Laboratory 6 - Integrals I

• Exported Notebook (.pdf)
• Mathematica Notebook source code (.nb)
• Instructions (.pdf)

Laboratory 7 - Integrals II

• Exported Notebook (.pdf)
• Mathematica Notebook source code (.nb)
• Instructions (.pdf)

Laboratory 8 - Moment of inertia

• Exported Notebook (.pdf)
• Mathematica Notebook source code (.nb)
• Instructions (.pdf)

Laboratory 9 - Matricies, Markov processes

• Exported Notebook (.pdf)
• Mathematica Notebook source code (.nb)
• Instructions (.pdf)

Final Project

• Thesis (.pdf)
• Results:
  • Simulation 1 (.gif)
  • Simulation 2 (.gif)
  • Simulation 3 (.gif)
  • Simulation 4 (.gif)
  • Simulation 5 (.gif)
  • Simulation 6 (.gif)
• Mathematica Notebook source code (.nb)
• Thesis LaTeX source code (.tex)