C++ implementation of the 1D and 2D (square lattice) Ising model
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Updated
Apr 29, 2023 - C++
C++ implementation of the 1D and 2D (square lattice) Ising model
Python code to carry out Monte carlo simulation of 108 Ar atoms in an NVE ensemble.
Lennard Jones system optimization using the Metropolis Hastings and Simulated Annealing algorithms.
3 states magnetic model
Simulation code for a 2D Ising ferromagnet with periodic boundary conditions using the Wolff algorithm
Creating an Interactive Implementation of the 2D Ising Model, solved using the Metropolis Algorithm in C++
Metropolis MCMC algorithm to estimate fault kinematic parameters in the elastic half-space dislocation model by Savage and Burford (1973)
Solve traveling salesman problem using simulated annealing
Ising2D simulation
Monte Carlo package for simulating atoms interacting with non-bonded potentials
Solving Sudoku grids using Optimization Algorithms
This is an old version of the project. Find the new (and final) version under my github repositories
Bayesian thinking and Information Theory
Project written in Python that simulates the Ising model for arbitrary size of lattice and shows the final spin arrangement and graph the Magnetization, Energy, Heat Capacity and Magnetic Susceptibility vs. Temperature.
Project developed for the Numeric Simulation Laboratory A.A. 2022-2023, held by professor Davide Emilio Galli at the University of Milan, Physics Department.
Simulation of POTTS model for square lattice with three Monte Carlo methods
Numerical Simulations course, Master Degree in Physics, University of Milan
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