GitHub - Sutirthachowdhury/1D_Matsubara_with_1d-spinboson: Using Nonadiabatic Matsubara (Path-Integral formalism) to predict the charge transfer quantum dynamics.

Sutirthachowdhury / 1D_Matsubara_with_1d-spinboson Public

Using Nonadiabatic Matsubara (Path-Integral formalism) to predict the charge transfer quantum dynamics.

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Name		Name	Last commit message	Last commit date
Latest commit History 1 Commit
DIAG.f90		DIAG.f90
Makefile		Makefile
Vinput.in		Vinput.in
average_new.f90		average_new.f90
avg_cxx_0.f90		avg_cxx_0.f90
back_transform_matrix.f90		back_transform_matrix.f90
bigphase_sub.f90		bigphase_sub.f90
coeff.f90		coeff.f90
estimator.f90		estimator.f90
evolve.f90		evolve.f90
evolve_t0.f90		evolve_t0.f90
find_infinity.sh		find_infinity.sh
forces.f90		forces.f90
forces_t0.f90		forces_t0.f90
global.f90		global.f90
global.mod		global.mod
grad_of_potential.f90		grad_of_potential.f90
gran.f90		gran.f90
init_pot.f90		init_pot.f90
initialize_mapp.f90		initialize_mapp.f90
initialize_mat_pos.f90		initialize_mat_pos.f90
kill.sh		kill.sh
mapverlet.f90		mapverlet.f90
mat_1d.exe		mat_1d.exe
mat_1d.f90		mat_1d.f90
momentum_sample.f90		momentum_sample.f90
monte_carlo.f90		monte_carlo.f90
mv.sh		mv.sh
nm_t.f90		nm_t.f90
parameter_input.f90		parameter_input.f90
params.in		params.in
potential.f90		potential.f90
realft.f90		realft.f90
run.py		run.py
steps.in		steps.in
submit.sbatch		submit.sbatch
transform_matrix.f90		transform_matrix.f90