Note: Product owners can edit the catalog entries after logging in with the appropriate credentials.
| Name: | QuEST |
| Description: | This project will develop software that simulates how light would propagate in yet to be made complex optical materials. The final product will be a software toolbox that computes the dynamics of each individual light emitter in the materials rather than calculating an average macroscopic field. |
| Type: | Simulation Platforms |
| Keywords: | Software: Quantum Electromagnetics Simulation Toolbox (QuEST) |
| License: | GPL-2.0-only |
| Project URL: | |
| Download URL: | https://github.com/ellilu11/QuEST |
| Installation URL: | https://github.com/ellilu11/QuEST |
| Software Stack: | C++, Python, CMake |
| Other products that use this product: | |
| Citation: | Piermarocchi, Carlo; Balasubramaniam, Shanker; Lu, Elliot; Bertus, Thomas; Glosser, Connor (2020): CSSI Element: A Quantum Electromagnetics Simulation Toolbox (QuEST) for Active Heterogeneous Media by Design. figshare. Presentation. https://doi.org/10.6084/m9.figshare.11803152.v2? |
| Acknowledgement: | |
| Funding Agency: | NSF |
| Award No: | 1835267 |
| Funded Project Title: | Elements: Software: NSCI: A Quantum Electromagnetics Simulation Toolbox (QuEST) for Active Heterogeneous Media by Design |
| PI Name: | Carlo Piermarocchi |
| PI Email: | carlo@pa.msu.edu |
| Related Products: | |
| Last Update: | |
| DOI No: | https://doi.org/10.6084/m9.figshare.11803152.v2 |
| Twitter Handle: |
| Metric Name | Count | ||
|---|---|---|---|
| github_commits | 550 | ||
| github_contributors | 3 | ||
| github_forks | 0 | ||
| github_stars | 1 |