Dataset for "Nonequilibrium dynamics of Dirac quantum criticality in imaginary time"

Dataset for "Nonequilibrium dynamics of Dirac quantum criticality in imaginary time" This repository contains the dataset associated with the research paper: Nonequilibrium dynamics of Dirac quantum criticality in imaginary time Published in Physical Review Letters. DOI: https://doi.org/10.1103/7ltm-f68w Description This dataset provides the numerical results used to generate the figures in the main text and the Supplemental Material of the paper. Data Format All data files are in .csv format. The first row contains the column headers (variable names). The second row contains the labels for the curves in the corresponding figures. Subsequent rows contain the numerical data. File Descriptions Data for Fig. 2 FIG-2a-L6-L12.csv: Data for Fig. 2 (a) in the article, covering $L=6$ to $L=12$. The first row contains the header names: U corresponds to $U$ in the figure, R corresponds to $R$, and err corresponds to the error bar of $R$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-2a-L15-L30.csv: Data for Fig. 2 (a) in the article, covering $L=15$ to $L=30$. The first row contains the header names: U corresponds to $U$ in the figure, R corresponds to $R$, and err corresponds to the error bar of $R$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-2a-inset-left-L6-L15.csv: Data for the top-left inset ($\tau/L=0.5$) of Fig. 2 (a) in the article, covering $L=6$ to $L=15$. The first row contains the header names: U corresponds to $U$ in the figure, R corresponds to $R$, and err corresponds to the error bar of $R$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-2a-inset-left-L18-L27.csv: Data for the top-left inset ($\tau/L=0.5$) of Fig. 2 (a) in the article, covering $L=18$ to $L=27$. The first row contains the header names: U corresponds to $U$ in the figure, R corresponds to $R$, and err corresponds to the error bar of $R$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-2a-inset-left-L30.csv: Data for the top-left inset ($\tau/L=0.5$) of Fig. 2 (a) in the article, for $L=30$. The first row contains the header names: U corresponds to $U$ in the figure, R corresponds to $R$, and err corresponds to the error bar of $R$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-2a-inset-right.csv: Data for the bottom-right inset ($\tau/L=0.34$) of Fig. 2 (a) in the article. The first row contains the header names: U corresponds to $U$ in the figure, R corresponds to $R$, and err corresponds to the error bar of $R$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. Data for Fig. 3 FIG-3a1.csv: Data for Fig. 3 (a1) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, m^2 corresponds to $m^2$, and err corresponds to the error bar of $m^2$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-3b1.csv: Data for Fig. 3 (b1) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, G corresponds to $G(\Delta q)$, and err corresponds to the error bar of $G(\Delta q)$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. Data for Fig. 4 FIG-4a1.csv: Data for Fig. 4 (a1) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, m^2 corresponds to $m^2$, and err corresponds to the error bar of $m^2$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-4b1.csv: Data for Fig. 4 (b1) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, G corresponds to $G(\Delta q)$, and err corresponds to the error bar of $G(\Delta q)$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. Data for Fig. 5 FIG-5a.csv: Data for Fig. 5 (a) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, A corresponds to $A$, and err corresponds to the error bar of $A$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. Data for Fig. S4 FIG-S4a1.csv: Data for Fig. S4 (a1) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, m^2 corresponds to $m^2$, and err corresponds to the error bar of $m^2$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-S4b1.csv: Data for Fig. S4 (b1) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, G corresponds to $G(\Delta q)$, and err corresponds to the error bar of $G(\Delta q)$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. Cells with -- indicate missing data for that parameter (not calculated). Data for Fig. S5 FIG-S5a1.csv: Data for Fig. S5 (a1) in the article. The first row contains the header names: τ corresponds to $\tau$ in the figure, A corresponds to $A$, and err corresponds to the error bar of $A$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-S5b1.csv: Data for Fig. S5 (b1) in the article. The first row contains the header names: τ corresponds to $\tau$ in the figure, A corresponds to $A$, and err corresponds to the error bar of $A$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. Data for Fig. S6 FIG-S6a.csv: Data for Fig. S6 (a) in the article. The first row contains the header names: U corresponds to $U$ in the figure, m^2 corresponds to $m^2$, and err corresponds to the error bar of $m^2$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. Data for Fig. S7 FIG-S7a.csv: Data for Fig. S7 (a) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, m^2 corresponds to $m^2$, and err corresponds to the error bar of $m^2$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-S7c.csv: Data for Fig. S7 (c) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, m^2 corresponds to $m^2$, and err corresponds to the error bar of $m^2$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-S7e.csv: Data for Fig. S7 (e) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, G corresponds to $G(\Delta q)$, and err corresponds to the error bar of $G(\Delta q)$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-S7g.csv: Data for Fig. S7 (g) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, G corresponds to $G(\Delta q)$, and err corresponds to the error bar of $G(\Delta q)$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. Data for Fig. S8 FIG-S8a.csv: Data for Fig. S8 (a) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, m^2 corresponds to $m^2$, and err corresponds to the error bar of $m^2$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-S8c.csv: Data for Fig. S8 (c) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, m^2 corresponds to $m^2$, and err corresponds to the error bar of $m^2$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-S8e.csv: Data for Fig. S8 (e) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, G corresponds to $G(\Delta q)$, and err corresponds to the error bar of $G(\Delta q)$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. FIG-S8g.csv: Data for Fig. S8 (g) in the article. The first row contains the header names: tau corresponds to $\tau$ in the figure, G corresponds to $G(\Delta q)$, and err corresponds to the error bar of $G(\Delta q)$. The second row contains the labels for the curves in the figure, indicating the corresponding $L$ value. License This dataset is licensed under the Creative Commons Attribution 4.0 International (CC BY 4.0) license. You are free to share and adapt the material as long as appropriate credit is given. Citation If you use this dataset in your research, please cite the associated paper: @article{yu2026prl, title = {Nonequilibrium dynamics of Dirac quantum criticality in imaginary time}, author = {Yu, Yin-Kai, Zeng, Zhi, Shu, Yu-Rong, Li, Zi-Xiang, and Yin, Shuai}, journal = {Phys. Rev. Lett.}, pages = {--}, year = {2026}, month = {Feb}, publisher = {American Physical Society}, doi = {10.1103/7ltm-f68w}, url = {https://link.aps.org/doi/10.1103/7ltm-f68w} }