Supporting Data For "Evolution Of The Quantum Hall Bulk Spectrum Into Chiral Edge States"

Data and simulations used in the manuscript "Evolution of the quantum Hall bulk spectrum into chiral edge states", <em>Nature Communications</em><strong> Volume 9</strong>, Article number: 3692 (2018). This dataset consists of one zip file with four folders, one for each figure. The folders contain subfolders with panel names. All text files have self-explanatory names. All numbers in the datafiles are Tab separated, each line ends with "\r" symbol. Data for 1D graphs contain 2 columns, first with the X coordinate and second with the corresponding Y coordinate. Data for 2D graphs is saved as a table. First row and first column contain X and Y coordinates of the grid. All other numbers in the table represent the Z values of the points with corresponding X and Y coordinates. Empty places between two Tab symbols represent the points for which Z values are not available. The solution of the Schrödinger problem for arbitrary potential is provided in the Igor experiment file.本数据集对应发表于《自然·通讯》（*Nature Communications*）2018年第9卷第3692号论文《量子霍尔体谱（quantum Hall bulk spectrum）演化为手性边缘态（chiral edge states）》（英文原标题：*Evolution of the quantum Hall bulk spectrum into chiral edge states*）中的实验数据与模拟结果。 本数据集仅包含一个压缩包，内有四个文件夹，分别对应论文中的每一幅插图。每个插图文件夹下均设有子文件夹，以对应图面板的名称命名。所有文本文件的文件名均具有自解释性，数据文件中的数值均以制表符（Tab）分隔，且每行末尾以" "符号结尾。 一维图表（1D graphs）的数据包含两列：第一列为X轴坐标，第二列为对应的Y轴坐标。 二维图表（2D graphs）的数据以表格形式存储：表格的首行与首列分别对应网格的X轴与Y轴坐标，表格其余位置的数值均为对应X、Y坐标点的Z轴值。两个制表符之间的空白位置，代表该坐标点无可用的Z轴数值。 针对任意势场的薛定谔（Schrödinger）方程求解结果，存储于Igor实验文件中。