PhD Optoelectronics (Nanophotonics)
Course Overview
This research program delves into the cutting-edge design and system integration of semiconductor and organic optoelectronic devices, such as laser diodes and optical waveguides. The course spans from fundamental operating principles to advanced engineering applications, including nonlinear dynamics for data encryption and pioneering work in quantum information processing.
Key Program Highlights
- Focus on semiconductor and organic electro-optic device design
- Research applications in chaotic optical data encryption
- Pioneering work in quantum computing and teleportation
- Exploration from basic principles to advanced engineering
- Flexible full-time programme lengths (MPhil: 2 years, PhD: 3 years)
Course Overview
This research program delves into the cutting-edge design and system integration of semiconductor and organic optoelectronic devices, such as laser diodes and optical waveguides. The course spans from fundamental operating principles to advanced engineering applications, including nonlinear dynamics for data encryption and pioneering work in quantum information processing.
Key Program Highlights
- Focus on semiconductor and organic electro-optic device design
- Research applications in chaotic optical data encryption
- Pioneering work in quantum computing and teleportation
- Exploration from basic principles to advanced engineering
- Flexible full-time programme lengths (MPhil: 2 years, PhD: 3 years)
