Comparative simulations of holography methods for ultracold atom trapping

Simulation results corresponding to results figures in the publication titled ‘Comparative simulations of holography methods for ultracold atom trapping'. Created with the aim to compare the use of spatial light modulators (SLMs) to Fresnel zone plates (FZPs) to create arbitrary light waveguides, specifically considering the Fresnel (lenless) holographic technique. Data was created following the simulations outlined in the corresponding paper, using Matlab. The data is saved as CSVs and is organised in folders according figure and subfigure. Cost array files (and figure 7’s propagation data) are saved with relevant axes below the data (alongside units and descriptions). For intensity distribution files and kinoform files, each data point corresponds to a pixel of size 1064nm X 1064nm. Data is produced with funding from EPSRC, DSTL and Leverholme Trust. As such, the data is restricted until DSTL has given permission to publish in this form (as opposed to in figure form within the publication).

本数据集对应题为《超冷原子捕获全息方法对比仿真》的已发表论文中的结果图所配套的仿真结果。本数据集旨在对比空间光调制器（spatial light modulator, SLM）与菲涅耳波带片（Fresnel zone plate, FZP）在构建任意光波导中的应用，重点考量菲涅耳（无透镜）全息技术。数据集依据对应论文中概述的仿真流程生成，采用MATLAB软件完成。数据以逗号分隔值（CSV）格式存储，并按照图及其子图分类存放于不同文件夹中。代价数组文件（以及图7的传播数据）随相关坐标轴信息（附带单位与说明）一同存储于数据文件旁。对于强度分布文件与相息图（kinoform）文件，每个数据点对应一个尺寸为1064nm×1064nm的像素。本数据集的制作得到了英国工程与自然科学研究理事会（EPSRC）、英国国防科学技术实验室（DSTL）以及莱弗休姆信托基金的资助。因此，在英国国防科学技术实验室批准以当前形式发布本数据集（而非仅以论文内的图表形式发布）前，本数据集处于受限访问状态。