💻 A comprehensive simulation on the #Ising_Model by Asher Preska Steinberg, Michael Kosowsky, and Seth Fraden, Physics Department, Brandeis University
🔑 The goal of this experiment was to create #Monte_Carlo simulations of the 1D and 2D #Ising model.
To accomplish this the #Metropolis algorithm was implemented in #MATLAB. The dependence of #magnetization on #temperature with and without an external field was calculated, as well as the dependence of the #energy, #specific_heat, and #magnetic_susceptibility on temperature. The results of the 2D simulation were compared to the #Onsager solution.
🔗 http://fraden.brandeis.edu/courses/phys39/simulations/AsherIsingModelReport.pdf
🔑 The goal of this experiment was to create #Monte_Carlo simulations of the 1D and 2D #Ising model.
To accomplish this the #Metropolis algorithm was implemented in #MATLAB. The dependence of #magnetization on #temperature with and without an external field was calculated, as well as the dependence of the #energy, #specific_heat, and #magnetic_susceptibility on temperature. The results of the 2D simulation were compared to the #Onsager solution.
🔗 http://fraden.brandeis.edu/courses/phys39/simulations/AsherIsingModelReport.pdf
new&improved: webweb makes interactive networks in your browser, directly from #networkx, #python, and #matlab. It's lightweight, and useful for exploring data or making pub-quality figures. Now faster, with pip support, and save-to-svg button. Demo+Docs > https://t.co/m3jMfYSFaA