GitHub - tisabe/MCising: Design and write a code to generate a Markov chain which simulates the Ising model, using theMetropolis algorithm (explained in the lecture notes). You should consider a lattice withDdimensions,Npoints in each direction and periodic boundary conditions. You may recycle the geometry codedeveloped for the time-dependent Schrödinger equation.

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Name		Name	Last commit message	Last commit date
Latest commit History 109 Commits
.ipynb_checkpoints		.ipynb_checkpoints
__pycache__		__pycache__
outputs		outputs
params_out		params_out
03-Ising.pdf		03-Ising.pdf
Makefile		Makefile
config_output.txt		config_output.txt
consistency_test.c		consistency_test.c
consistency_test.exe		consistency_test.exe
doc.txt		doc.txt
geometry.c		geometry.c
geometry.h		geometry.h
init_config.c		init_config.c
init_config.h		init_config.h
mc_parallel_test.c		mc_parallel_test.c
mc_parallel_test.exe		mc_parallel_test.exe
mcutils.py		mcutils.py
metropolis.c		metropolis.c
metropolis.h		metropolis.h
obs_output.txt		obs_output.txt
observables.c		observables.c
observables.h		observables.h
observables_results.txt		observables_results.txt
output_processing.ipynb		output_processing.ipynb
phase_transition.ipynb		phase_transition.ipynb
phase_transition_res.txt		phase_transition_res.txt
run_params.c		run_params.c
run_params.exe		run_params.exe
structs.h		structs.h
test_analytical_solution.c		test_analytical_solution.c
test_analytical_solution.exe		test_analytical_solution.exe
vmath.c		vmath.c
vmath.h		vmath.h

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Design and write a code to generate a Markov chain which simulates the Ising model, using theMetropolis algorithm (explained in the lecture notes). You should consider a lattice withDdimensions,Npoints in each direction and periodic boundary conditions. You may recycle the geometry codedeveloped for the time-dependent Schrödinger…