UOS
Topological photonic quasicrystals
✓ Funded (Competition)
🎓 Applied Mathematics
🎓 Computational Physics
🎓 Nanotechnology
🎓 Optical Physics
🎓 Solid State Physics
🎓 Theoretical Physics
condensed matter physics
band structure
cleanroom processing
higher-dimensional topology
numerical simulation
optical systems
photonic fabrication
photonic materials
quasicrystals
topological photonics
Fully funded PhD at University of Southampton exploring topological photonic quasicrystals. Combines theory, numerical simulation, and experimental fabrication to design novel optical materials with robust, topology-protected light propagation.
Project Description
This PhD at University of Southampton focuses on the intersection of photonics, topology, and quasicrystal physics.
The project investigates how photonic quasicrystals can be used to realise higher-dimensional topological phases of light. These materials exhibit unique symmetry properties that enable robust, disorder-resistant light propagation governed by topological invariants.
Research activities include:
Development of mathematical and theoretical frameworks for topological photonics
Numerical simulation of photonic band structures
Design of photonic quasicrystal structures
Experimental fabrication in cleanroom environments
Optical and physical characterization of fabricated samples
The work bridges theoretical physics, computational modelling, and experimental photonics, aiming to develop next-generation optical materials with applications in communication, sensing, and photonic devices.
Entry Requirements
Applicants should have:
UK 2:1 degree or equivalent in Physics, Mathematics, or related discipline
Strong background in:
Physics and mathematical methods
Theoretical or computational modelling
Desirable:
Experience in photonics, condensed matter physics, or nanotechnology
Numerical simulation or computational physics skills
Interest in experimental physics or cleanroom fabrication
UK 2:1 degree or equivalent in Physics, Mathematics, or related discipline
Strong background in:
Physics and mathematical methods
Theoretical or computational modelling
Desirable:
Experience in photonics, condensed matter physics, or nanotechnology
Numerical simulation or computational physics skills
Interest in experimental physics or cleanroom fabrication
How to Apply
Apply via:
University of Southampton PhD application system
Required:
Research proposal
CV
2 academic references
Transcripts and certificates
English language proof (if applicable)
Contact:
Dr Dong-Yang Wang – d.y.wang@soton.ac.uk
Programme code: PhD ORC (7097)
University of Southampton PhD application system
Required:
Research proposal
CV
2 academic references
Transcripts and certificates
English language proof (if applicable)
Contact:
Dr Dong-Yang Wang – d.y.wang@soton.ac.uk
Programme code: PhD ORC (7097)
Eligibility
UK/Home
EU
International
Supervisor Profile
DD
Dr Dongyang Wang
University of Southampton, Optoelectronics Research Centre (ORC), Faculty of Engineering and Physical Sciences
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