Reproduction of Step width enhancement in a pulse-driven Josephson junction

Contribution to the "Ten Years Reproducibility Challenge" run by ReScience C.

Reference: S. Maggi, Step width enhancement in a pulse-driven Josephson junction, Journal of Applied Physics vol. 79, no. 10, pp. 7860--7863 (1996), doi: 10.1063/1.362395.

Freely-available self-archived version: PDF URL on ResearchGate.

Contents of this repository

The directory article contains the LaTeX sources and the figures of the article submitted to ReScience, together with the generated pdf file.

The directory code contains all the source and data files mentioned in the article. In particular, the Fortran source files are in code/mccumber, together with the corresponding binaries for macOS compiled with gfortran, the Visual Basic 1.0 project is in code/vbprogs and the configuration and output data files are in code/2020runs.

The directory original_code contains the original Fortran and Visual Basic 1.0 source files mentioned in the article.

Unfortunately, it is not possible to add the image of the virtual machine used to run the Visual Basic project since it contains proprietary software. However, the virtual machine can be easily rebuild by following the information contained in the article.

This article is licensed under a Creative Commons Attribution 4.0 International License.

All accompanying code files contained in the directories code and original_code are licensed under the GPL version 3 (or later) by Sabino Maggi, 2020. See the file LICENSE for more information about the GPL version 3.