Published November 25, 2025 | Version v1
Dataset Open
Wigner Transport Dynamics of Spatial Electron Entanglement (FWF Project P 37080-N)
- 1.
TU Wien
Description
Wigner Transport Dynamics of Spatial Electron Entanglement
This dataset was produced at the Institute for Microelectronics, TU Wien, with funding from the Austrian Science Fund FWF. It contains the research data and meta data used to generate the figures in the linked journal article.
Context and methodology
- The dataset was created in the course of FWF project P37080-N.
- The dataset contains supplementary data to the publication listed below.
- Data are the result of numerical simulations based on the Wigner equation.
Technical details
- A README file contains information about the actual publication and how to interpret the data.
- The data is given in human-readable CSV format.
Abstract (English)
A novel two-particle Monte Carlo (MC) transport model has been developed and applied to determine the energy distribution function (EDF) in a MOSFET. A dedicated statistical enhancement algorithm enhances the number of samples at higher energies. A comparison with the well-established one-particle MC method and a related enhancement method is presented.
Files
P37080N.zip
Additional details
Related works
- Is supplement to
- Journal Article: 10.1016/j.sse.2025.109210 (DOI)