Pinned Repositories
2D-Ising-Model
Thermodynamic simulation of the 2D Ising Model made with Java. Uses Monte Carlo methods to approximate the behavior of spontaneous magnetization of ferromagnetic metals at low temperatures. System is visually represented with an animated Swing GUI. Magnetization and energy data exported and then plotted in Python.
Atomic-Physics-Senior-Thesis-Python
Computational atomic physics thesis for my Bachelor of Science in Physics at the University of North Texas. Examines scattering behavior of matter and antimatter off of target atoms such as helium.
Lennard-Jones-Potential
Molecular dynamics simulation of the Lennard-Jones potential made with Java. Uses numerical integration algorithms to approximate the movement of neutral molecules in a box. System is visually represented with an animated Swing GUI. Energy data is exported and then plotted in Python.
Josiah-Claypool's Repositories
Josiah-Claypool/Atomic-Physics-Senior-Thesis-Python
Computational atomic physics thesis for my Bachelor of Science in Physics at the University of North Texas. Examines scattering behavior of matter and antimatter off of target atoms such as helium.
Josiah-Claypool/2D-Ising-Model
Thermodynamic simulation of the 2D Ising Model made with Java. Uses Monte Carlo methods to approximate the behavior of spontaneous magnetization of ferromagnetic metals at low temperatures. System is visually represented with an animated Swing GUI. Magnetization and energy data exported and then plotted in Python.
Josiah-Claypool/Lennard-Jones-Potential
Molecular dynamics simulation of the Lennard-Jones potential made with Java. Uses numerical integration algorithms to approximate the movement of neutral molecules in a box. System is visually represented with an animated Swing GUI. Energy data is exported and then plotted in Python.