Disentangling Many-Body Effects in the Coherent Optical Response of 2D Semiconductors

The dataset is organized as follows: [Fig. 1] Probe energy of the Pump Probe map - WS2 photoexcited on resonance energy_txt_eV_onres.txt Probe energy of the Pump Probe map - WS2 photoexcited off resonance energy_txt_eV_offres.txt Time delay of the Pump Probe map - WS2 photoexcited on resonance time_txt_ps_onres.txt Time delay of the Pump Probe map - WS2 photoexcited off resonance time_txt_ps_offres.txt Pump Probe signal map - WS2 photoexcited on resonance map_txt_pump_onres.txt Pump Probe signal map - WS2 photoexcited off resonance map_txt_pump_offres.txt [Fig. 2] Intensity of the A exciton for on-resonance pump Time vector: time_I_A_PumpA_ps.txt Intensity: I_A_PumpA.txt Intensity of the A exciton for off-resonance pump Time vector: time_I_A_PumpB_ps.txt Intensity: I_A_PumpB.txt Peak energy of the A exciton for on-resonance pump Time vector: time_E_A_PumpA_ps.txt Peak energy: E_A_PumpA.txt Peak energy of the A exciton for off-resonance pump Time vector: time_E_A_PumpB_ps.txt Peak energy: E_A_PumpB.txt Width of the A exciton for on-resonance pump Time vector: time_w_A_PumpA_ps.txt Width: w_A_PumpA.txt Width energy of the A exciton for off-resonance pump Time vector: time_w_A_PumpB_ps.txt Width: w_A_PumpB.txt [Fig. 3] Fluence dependence - Spectra with pump on, for on-resonance pump Data Probe Energy: energy_eV_fluencedep_pumpA.txt Spectra: spectra_fluencedep_pumpA.txt Theory Probe Energy: energy_theory_eV_fluencedep_pumpA.txt Spectra: spectra_theory_fluencedep_pumpA.txt