Nonequilibrium transport through an interacting monitored quantum dot

The file AMEA_results contains all the data for the results shown in the referred paper.

The data of each individual simulation is stored in terms of a .json file, which contains the input data, the result, and some metadata. For the input data, a schemata has been uploaded (schemata.zip), which describes each parameter in detail. Furthermore, the metadata includes a hash referring to the respective git commit, allowing full reproducability of the results. The results data is structured as follows

"up", "down" -> refers to the spin

for each spin there is

"w" -> frequency grid

"GR_real" -> real part of the retarded Green's function

"GR_imag" -> imaginary part of the retarded Green's function

"GK_imag" -> imaginary part of the Keldysh Green's function

"SR_el_real" -> real part of the retarded self energy

"SR_el_imag" -> imaginary part of the retarded self energy

"SK_el_imag" -> imaginary part of the Keldysh self energy

The individual folders containing the raw data have a name like e.g. this

V_0_U_8_gamma_0_gc_0.1_gs_0_T_0.05_VG_-1.6

"V" -> applied bias voltage

"U" -> electron-electron interaction strength

"gamma" -> dephasing (spin + charge combined)

"gc" -> charge dephasing

"gs" -> spin dephasing

"T" -> temperature

"VG" -> gate voltage

all values are given in units of Gamma with -Im(Delta(w=0)=Gamma

The folders contain the following data:

"eq_sweep_U"/"eq_sweep_c_dephasing_T_eff_sweep" -> equilibrium calculations for various charge dephasing and electron-electron interaction values

"eq_sweep_U"/"eq_sweep_s_dephasing_T_eff_sweep" -> equilibrium calculations for various spin dephasing and electron-electron interaction values

"conductance_data_gate_voltage/eq_sweep_c_dephasing_U_8" -> equilibrium calculations for various charge dephasing values and gate voltages

"conductance_data_gate_voltage/eq_sweep_s_dephasing_U_8" -> equilibrium calculations for various spin dephasing values and gate voltages

"conductance_data_gate_voltage/V_sweep_normal_c_dephasing_Nb_9" -> non-equilibrium calculations (bias voltage applied) for various charge dephasing values and bias voltages

"conductance_data_gate_voltage/V_sweep_normal_s_dephasing_Nb_9" -> non-equilibrium calculations (bias voltage applied) for various spin dephasing values and bias voltages

This research was funded in part by the Austrian Science Fund (FWF) [Grant DOI:10.55776/P33165]