GitHub - ChristianZhao/MatlabMonteCarlo: A parallel Lattice QCD code in Matlab. The goal is simplicity, generality, elegance, without orders of magnitude loss in performance. For educational purposes and ... for fun. Work in pogress.

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 1 Commit
MolecularDynamics.m		MolecularDynamics.m
MolecularDynamicsRPhi.m		MolecularDynamicsRPhi.m
Udag.m		Udag.m
border_staples.m		border_staples.m
cliff_gen.m		cliff_gen.m
coord2index.m		coord2index.m
coord_basis.m		coord_basis.m
exchange_fields.m		exchange_fields.m
exchange_fields_components.m		exchange_fields_components.m
fermion_ind_for_force_in_U.m		fermion_ind_for_force_in_U.m
fermion_matrix.m		fermion_matrix.m
fermion_matrix_herm.m		fermion_matrix_herm.m
hyp_smearing.m		hyp_smearing.m
index2coord.m		index2coord.m
index_staples.m		index_staples.m
init_gauge_fields.m		init_gauge_fields.m
init_geometry.m		init_geometry.m
init_spinor_field.m		init_spinor_field.m
main_measure.m		main_measure.m
main_test.m		main_test.m
main_update.m		main_update.m
mult_pert.m		mult_pert.m
reunit.m		reunit.m
reunitL.m		reunitL.m
source_gen.m		source_gen.m
staples_1x1.m		staples_1x1.m
staples_2x1.m		staples_2x1.m
stout_smearing.m		stout_smearing.m
sun_gen.m		sun_gen.m
tensor.m		tensor.m
wilson_loop.m		wilson_loop.m

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A parallel Lattice QCD code in Matlab. The goal is simplicity, generality, elegance, without orders of magnitude loss in performance. For educational purposes and ... for fun. Work in pogress.