A program implementing Metropolis Monte Carlo for the 2D square-lattice Ising model and the spin block renormalization

Monte Carlo simulation of 2D Ising Model. Final project of the LoCP-A course during 2020/2021 at Unipd

Machine learning and the Ising model phase transition.

Fun simulations and numerical calculations for the everyday physicist.

Monte Carlo simulation of the Ising Model using the Metropolis Algorithm

ISING_2D_SIMULATION is a FORTRAN77 program which carries out a Monte Carlo simulation of a 2D Ising model, using gnuplot to display the initial and final configurations.

Implementations of the Heisenberg model in statistical mechanics, done in Python 2.7.12 (with NumPy, SciPy, and matplotlib).

Metropolis Monte Carlo Simulations of an Ising System in 1D and 2D via a GUI

C++17 toolkit to study the static properties of discrete quantum systems.

This project aims to reobtain the results presented in Machine learning phases of matter regarding the two-dimensional square Ising model.

Ising Model 2D

A C++ code for procedurally generated maps using the Ising Model

A Fortran implementation of 3D and 2D Ising model with OpenMPI multiprocessing

Python code that simulates the 2D Ising Model on a square periodic lattice of arbitrary size using Markov Chain Monte Carlo.

Modeling Ising Models onto Pandas dataframes and applying Monte Carlo Algorithms to predict system behavior

Python implementation of Ising model in 2D and 3D

This is a 2D Ising Model simulation of ferromagnetism in materials using the Monte Carlo method.

Studying the Ising model phase transition using PCA.

Binary 2D alloy phase transition simulation with Monte Carlo method and Ising model

My work in the course "FYS3150 - Computational physics" at UiO. This was done in collaboration with Cecilie Glittum (https://github.uio.no/cecilgl). The original github repository can be found at https://github.uio.no/cecilgl/FYS4150