Folder for files for FYS3150/4150 Computational Physics at University of Oslo Fall 2021. Code written in C++ and plotting code in Python. The code for each project is located in their respective folders, with full scientific reports for Project 3-5.
Numerical solution to the one-dimensional Poisson equation by converting the second derivative to a solvable matrix equation Av = g.
Numerical solution of an eigenvalue problem exemplified by a special case of the one-dimensional buckling beam.
Simulation of a Penning trap which confines charged particles using static electric and magnetic fields.
Simulation of the Ising model in two dimensions to explore temperature-dependent behaviour in ferromagnets and numerically estimate the critical temperature at which the system undergoes a phase transition (from magnetized phase to a phase with no net magnetization).
Simulation of the two dimensional time-dependent Schrödinger equation to study a double-slit-in-a-box setup and variations thereof.
