Source Data File for "Quantum Supercritical Regime with Universal Magnetocaloric Scaling in Ising Magnets".

“Source Data.xlsx” for manuscript "Quantum Supercritical Regime with Universal Magnetocaloric Scaling in Ising Magnets" is provided. Here is the title and a brief description for the data: (Figure 1 is a schematic diagram, so we didn't display the original data here.) Sheet 1: Fig. 2a Description: The raw thermal entropy data shown in Fig. 2a. Sheet 2: Fig. 2b Description: The raw data of specific heat C/T for different field h. Sheet 3: Fig. 2c(aef) Description: The raw data of Grueneisen ratio Gamma_h for different temperature T. The crossover lines and peak/dip positions in Fig. 2a are obtained from the original data here. The peak values of Gamma_h shown in Fig. 2ef are also obtained from the original Gamma_h data here. The raw data of the data collapse shown in Fig. 2f is the Gamma_h data here. Sheet 4: Fig. 2d Description: The raw data of spin-lattice relaxation rate S1(0) for different temperatrue T. Sheet 5: Fig. 3a(b) Description: The raw data of the hyperscaling function psi(x,y). (Fig. 3b is a schematic diagram and we will attach the Matlab script directly, namely "Fig3_3D.m") Sheet 6: Fig. 4a Description: The raw data of the cooling curves starting from 1.8K and 1.3K, respectively (in Fig. 4a). Sheet 7: Fig. 4b Description: The maximums of Gamma of different materials for different temperature T. The experimental Gamma data of Cs2CuCl4 and CuP are from previous papers Int. J. Mod. Phys. B 28, 1430017 (2014) and Sci. Adv. 3, eaao3773 (2017), respectively. Sheet 8: Fig. 5a Description: The raw thermal entropy data shown in Fig. 5a. Sheet 9: Fig. 5b Description: The raw data of Grueneisen ratio Gamma_g for different temperature T.