Replication Data for: "Temporal hopping dynamics in exciton-polariton condensation"

Most .dat files are tables, with one row per sampled point and one column per plotted quantity. Image data are stored as tab-delimited matrix grids. Directory Overview Data in Figure 1/ Fig1a.dat Experimental data from the spectral analysis shown in Figure 1(a): pump-normalized power, occupancy (arb. units), and linewidth (meV).

Fig1a_image_uncondensed and Fig1a_image_condensed.dat Experimental images shown in Figure 1(a) for the uncondensed and condensed cases, respectively. The images are stored in matrix format with dimensions 1340 × 400. Fig1b.dat Experimental data for the pump-normalized power and image difference shown in Figure 1(b).

Fig1c.dat Numerical data from the spectral analysis shown in Figure 1(c): pump-normalized power, density (µm−2), and linewidth (µeV). Fig1c_image_uncondensed.dat and Fig1c_image_condensed.dat Numerical images shown in Figure 1(c) for the uncondensed and condensed cases, respectively. The images are stored in matrix format with dimensions 128 × 128.

Fig1d.dat Numerical data for the pump-normalized power and image difference shown in Figure 1(d). Data in Figure 2/ Fig2_Experiments.dat Experimental time-resolved polariton-number data shown in Figure 2(a–f): time (s) and polariton number at P/Pth = 0.95, 1.00, 1.06, 1.10, 1.22, and 1.35. Fig2_Numerics.dat Numerical time-resolved polariton-number data shown in Figure 2(g–l): time (ns) and polariton number at P/Pth = 1.00, 1.06, 1.17, 1.19, 1.29, and 1.42.

Data in Figure 3/ Fig3_Experiments.dat Experimental second-order correlation function, g(2)(0), shown in Figure 3(a–f): time (s) and g(2)(0) at P/Pth = 0.95, 1.00, 1.06, 1.10, 1.22, and 1.35. Fig3_Numerics.dat Numerical second-order correlation function, g(2)(0), shown in Figure 3(g–l): time (ns) and g(2)(0) at P/Pth = 1.00, 1.06, 1.17, 1.19, 1.29, and 1.42. Supplemental data in Figure S1/ FigS1_Experiments.dat Data illustrating the removal of experimental mechanical noise: time-resolved photon number at P/Pth = 1.10 before and after the mechanical noise was removed.

FigS1_FFT_Experiments.dat Fast Fourier transform of the time-resolved photon number at P/Pth = 1.10 before the mechanical noise was removed. Supplemental data in Figure S2/ FigS2_uncorrected_g2.dat Uncorrected g(2)(0) time series at P/Pth = 1.17, 1.19, and 1.42. Supplemental data in Figure S3/ FigS3_uncorrected_g2.dat Uncorrected g(2)(0) time series at P/Pth = 1.00.