About the project
Quantum photonics is key to develop the next generation of quantum technologies. This project will develop a silicon-nitride platform for visible-wavelength quantum photonics.
Quantum photonics is one of the most promising approaches to develop the next generation of quantum technologies, including quantum computers, networks and sensors. Integrated photonics provides many advantages over the various free-space approaches for building quantum devices. Extensive work has been done on the established platform at telecommunication wavelengths, however there are various applications and advantages for quantum light sources and systems to operate within the visible spectrum.
This project will expand on work developing a silicon-nitride based platform for visible-wavelength integrated quantum photonics, developing and refining the design of semiconductor detectors for monolithic integration with photonic circuits.
You will:
- learn how to simulate and optimize optical and electronic designs of the device
- nano-fabricate devices using the extensive cleanroom facilities available at the University
- perform lab-based characterization of the devices
- integrate with photonic circuitry on-chip to perform non-classical operations on states of light
