Tuning a ferromagnetic quantum phase transition by interface engineering in artificial1 heterostructures

Data to the Figures 1 to 4 and python code for analyzing Hall measurements to gain the temperature dependent anomalous Hall effect and to analyze the longitudinal resistivty with and without a field to gain the temperature dependent magneto-resistance.

本数据集包含图1至图4对应的实验数据，以及两段Python代码：一段用于分析霍尔测量以获取温度依赖型反常霍尔效应（anomalous Hall effect）；另一段用于分析有无外场条件下的纵向电阻率（longitudinal resistivity），进而获取温度依赖型磁阻（magneto-resistance）。