Josephson Junction-Cavity quantum simulation codes and data
Description
A collection of simulation codes and data pertaining to simulation of a Josephson Junction laser and calculating the Gaussian entanglement between modes in the system's steady state.
The code is written in python. Both simulation and plotting/processing codes are included. The code should not be considered a complete tool that will "just work": in order for the modules to load the codes need to be in the right folders relative to one another. Copy-pasting and modifying relevant components or sections of the code into your own projects is the more likely use-case.
External URI
Subjects
- Gaussian processes
- Gaussian free field
- Python (Computer program language)
- Gaussian Entanglement, Josephson Junction Laser, Python Code
- Physical sciences::Physics::Optical physics, Laser physics
- Q Science::QC Physics::QC350 Optics. Light, including spectroscopy
Divisions
- University of Nottingham, UK Campus
Research institutes and centres
- University of Nottingham, UK Campus
Deposit date
2024-10-01Alternative title
- Josephson Junction Laser, Gaussian Entanglement Codes/Data
Data type
Simulation Codes and dataContributors
- Armour, Andrew
Funders
- Other
- Leverhulme Trust
Grant number
- RBG-2018-213
Collection dates
- 2021-2022
Data collection method
Computer Simulation. Python with numpy and scipy librariesResource languages
- en