Experimental and Simulation data for "Clocking Emergent Magnetic Monopoles in Square Artificial Spin Ice"

Experimental data Experimental XMCD-PEEM images are collected at ALBA Synchrotron between 28th to 30th of May 2024. The data are used to show controlled stepwise motion of magnetic monopole and reconfigurable monopole pathways in the paper Clocking Emergent Magnetic Monopoles in Square Artificial Spin Ice. XMCD_Data has XMCD-PEEM images used in this paper. ClockingRegimes_MOKE and SweepClockingAngles Zip folders contain the experimental MOKE images showing all three regimes of monopole motion and how they vary with angle resolution. Simulation data The resulting data from flatspin simulations, which show dipolar interactions shown in the paper Clocking Emergent Magnetic Monopoles in Square Artificial Spin Ice And Clocking of monopoles in different regimes. The zip folder "Simulation" contains the data for the clocking and dipolar fields.实验数据集 本次实验采集的XMCD-PEEM（X射线磁圆二色光电子发射电子显微镜）图像获取于ALBA同步辐射光源，采集时段为2024年5月28日至30日。本数据集用于支撑论文《Clocking Emergent Magnetic Monopoles in Square Artificial Spin Ice》（《方形人工自旋冰中涌现磁单极子的时钟调控》）中关于磁单极子可控分步运动与可重构单极子路径的相关展示。 XMCD_Data 文件夹包含本文所用的XMCD-PEEM图像。 ClockingRegimes_MOKE与SweepClockingAngles压缩包内收录了实验采集的MOKE（磁光克尔效应，Magneto-Optic Kerr Effect）图像，用于展示磁单极子运动的全部三种调控模式，以及其随角度分辨率的变化规律。 模拟数据集 本部分数据源自flatspin模拟结果，用于展示论文《Clocking Emergent Magnetic Monopoles in Square Artificial Spin Ice》中提及的偶极相互作用，以及不同调控模式下的磁单极子时钟行为。 "Simulation"压缩包包含磁单极子时钟调控与偶极场相关的模拟数据。