Dataset and code used for Electrical post-fabrication tuning of aluminum Josephson junctions at room-temperature

The following dataset contains the experimental data taken in conjunction with the work "Electrical post-fabrication tuning of aluminum Josephson junctions at room-temperature". The set also includes code used for post-processing and analysis of the data, as well. For cryogenic experiments, the core format is .hdf5, formatted in a proprietary structure used by the lab instrument framework Labber. However, there is no license required for downloading and using the Log Browser feature of Labber, meaning that all of the data in the set is fully readable without purchasing any software to do so. And, the data files are fully readable using easily accessible .hdf5 tools such as h5py, although some structure formatting will be needed in this case. For room-temperature experiments, the core format is .csv, which is readable by spreadsheet software like Microsoft Excel. The comma delimiter is either ',' or ';' for these files. Various subsections of the data contain numerous readme-files explaining further details. These files are named 'Description.txt'. Some data is hosted inside their respective Python files. The .zip files were archived using Windows 11's built-in compressor. In case you receive an error akin to "Cannot open folder, the compressed folder is invalid." - then you should use 7-Zip to open said .zip file. Plugin code written for Labber is typically MIT licensed by default. See the LICENSE file of the particular subfolder that contains such code. The upload includes a clone copy of Christian Križan's online repository "Quantum-computing-using-IMP-Presto". The clone copy contains license information for this code. Similarly, the upload also includes a clone copy of Christian Križan's online repository "Josephson-junction-resistance-manipulation". The clone copy similarly contains license information for this code. The upload includes a clone copy of code used for Josephson junction resistance manipulation, which is under shared copyright © by its two authors, M. Toselli and C. Križan, with all rights reserved to the extent that the copyright does not infringe on necessary hosting or copying rights reserved by the terms of service of Zenodo. A non-exclusive usage right to the code for academic, non-commercial purposes, is reserved by the Chalmers University of Technology, as per the university rules.