A Gross-Pitaevskii theory for an excitonic Bose supersolid - Dataset

The folder contains data for Figs.1, 2, 3 of the paper "A Gross-Pitaevskii theory for an excitonic Bose supersolid". All data are in length and energy scales, we use the effective Bohr radius $a_B=\hbar^2\epsilon/e^2 m_e^*$ and the effective milliRydberg mRy$^*$. Data for 3D Order parameter as function of x and y, for r_0=30 and different d (Figure 1):- d=1: PSI_d1aB_r030aB.txt- d=7: PSI_d7aB_r030aB.txt- d=15: PSI_d15aB_r030aB.txt- d=20: PSI_d20aB_r030aB.txt Data for the profile of the order parameter along the diagonal (Figure 1 and Figure 3):- d=1 r_0=30: DiagCut_PSI_d1aB_r030aB.txt- d=7 r_0=30: DiagCut_PSI_d7aB_r030aB.txt- d=15 r_0=30: DiagCut_PSI_d15aB_r030aB.txt- d=15 r_0=25: DiagCut_PSI_d15aB_r025aB.txt- d=15 r_0=20: DiagCut_PSI_d15aB_r020aB.txt- d=20 r_0=30: DiagCut_PSI_d20aB_r030aB.txt Data for energies (Figure2b): Energies.txt本文件夹包含论文《激子玻色超固体的Gross-Pitaevskii理论》（A Gross-Pitaevskii theory for an excitonic Bose supersolid）中的图1、图2与图3对应的数据。 所有数据均采用长度与能量标度，我们使用有效玻尔半径 $a_B=hbar^2epsilon/e^2 m_e^*$ 与有效毫里德伯（effective milliRydberg, mRy$^*$）作为归一化单位。 针对 $r_0=30$ 且不同 $d$ 值的、以x和y为变量的三维序参量数据（对应图1）： - $d=1$：PSI_d1aB_r030aB.txt - $d=7$：PSI_d7aB_r030aB.txt - $d=15$：PSI_d15aB_r030aB.txt - $d=20$：PSI_d20aB_r030aB.txt 沿对角线的序参量分布数据（对应图1与图3）： - $d=1、r_0=30$：DiagCut_PSI_d1aB_r030aB.txt - $d=7、r_0=30$：DiagCut_PSI_d7aB_r030aB.txt - $d=15、r_0=30$：DiagCut_PSI_d15aB_r030aB.txt - $d=15、r_0=25$：DiagCut_PSI_d15aB_r025aB.txt - $d=15、r_0=20$：DiagCut_PSI_d15aB_r020aB.txt - $d=20、r_0=30$：DiagCut_PSI_d20aB_r030aB.txt 能量数据（对应图2b）：Energies.txt