Data: 3D Imaging of Optical Modes in Dielectric Photonic Nanocavities with Sub-wavelength Field Confinement

This project serves as supplementary material for the publication 3D Imaging of Optical Modes in Dielectric Photonic Nanocavities with Sub-wavelength Field Confinement. It includes the dataset, Python scripts based on the open-source Python library HyperSpy (GPLv3), and example results obtained by applying these scripts to the provided data. Additionally, the Comsol geometry file of the structure used for the calculations is provided.
List of individual files and licenses:
readme.txt, license not applicableproject.zip, license not applicablenotebooks.zip GPLv3haadf images.zip CC BY 4.0simulated eels maps.zip CC BY 4.0Tilt_0_mag_high_SI.dm4 CC BY 4.0Tilt_10_mag_high_SI.dm4 CC BY 4.0Tilt_20_mag_high_SI.dm4 CC BY 4.0Tilt_30_mag_high_SI.dm4 CC BY 4.0Tilt_40_mag_high_SI.dm4 CC BY 4.0Tilt_50_mag_high_SI.dm4 CC BY 4.0Tilt_60_mag_high_SI.dm4 CC BY 4.0Tilt_70_mag_high_SI.dm4 CC BY 4.0Tilt_80_mag_high_SI.dm4 CC BY 4.0Tilt_90_mag_high_SI.dm4 CC BY 4.0Tilt_40_mag_low_SI.dm4 CC BY 4.0Tilt_50_mag_low_SI.dm4 CC BY 4.0Tilt_60_mag_low_SI.dm4 CC BY 4.0Tilt_70_mag_low_SI.dm4 CC BY 4.0Tilt_80_mag_low_SI.dm4 CC BY 4.0Tilt_90_mag_low_SI.dm4 CC BY 4.0results.zip CC BY 4.0model.zip CC BY 4.0Procedure:
Download the filesExtract the zip filesUse the folder named project as the root folderCopy the folder named notebooks into the project/ directoryCopy the folder named results into the project/ directoryCopy the folders haadf images and simulated eels maps into the folder data, which is a subfolder of the project/ folderCopy the files Tilt_**_mag_high_SI.dm4 into the folder high, which is a subfolder of the folder dataCopy the files Tilt_**_mag_low_SI.dm4 into the folder low, which is a subfolder of the folder dataDownload and install the HyperSpy Bundle (version 2.1.1)Start the Python scripts directly from the folder notebooks using JupyterLab