Ultrafast Formation of a Photoinduced Hidden State Driven by a Bond-Order Wave in a Metal-Organic Framework: Data

This dataset contains the summary data associated with the article “Ultrafast Formation of a Photoinduced Hidden State Driven by a Bond-Order Wave in a Metal-Organic Framework.” Description of the data and file structure Pump-probe reflectivity spectroscopy using 6-fs laser pulses Numerical calculations using the model described in the paper Files and variablesFile: FeMOFs_summary_data.xlsx Description: This file includes the sheets listed below. Fig1b_R_Tdep: Reflectivity spectra at 296 K and 380 K for Figs. 1(b) and 1(d) Fig1b_6fs_sp: Spectrum of the 6-fs pulse for Fig. 1(b) Fig1d_Tr_sp: Transient spectra using 6-fs pulses for Fig. 1(d) Fig1e_f: Simulated reflectivity spectra of the photoinduced state for Figs. 1(e) and 1(f) Fig1g: Temporal profile of zero-crossing energy for Fig. 1(g) Fig2a_100K_6fs: Temporal profiles of relative reflectivity change using 6-fs pulses at 100 K for Fig. 2(a) Fig2a_b_100K_6fs_res: Temporal profiles of residual components and simulated curves for Figs. 2(a) and 2(b) Figs2d_e_raman: Raman spectra for Figs. 2(d) and 2(e) Fig3c: Numerical results for Fig. 3(c) Fig3d: Numerical results for Fig. 3(d) Fig3e: Numerical results for Fig. 3(e) Fig3f: Numerical results for Fig. 3(f) FigS1a_sig: Optical conductivity spectrum at 296 K for Fig. S1(a) FigS1b_th_abs: Theoretical absorption spectrum for Fig. S1(b) Variables: All units are given in the column headers.