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address the need for high-speed links for THz interconnects, this project will focus on the topological optimisation of the promising dielectric-lined metallic waveguide. The recent fabrication flexibility
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known as a waveguide. When coupled with the waveguide, emitters can interact with guided electromagnetic modes, exchanging energy and information. The term ‘cooperativity’ signifies the extent
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Faculty of Science The position is available for a postdoctoral researcher to join the Waveguided Atom Interferometry project, part of the Experimental Quantum Optics & Photonics Group within
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Supervisory Team: Dr Pier Sazio, Dr Ioannis Zeimpekis Project Description: Hollow core optical fibre waveguide geometries are becoming increasingly relevant to modern telecommunications systems
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wavelengths to the visible for use in upconversion imaging systems. This role will focus on developing PPLN waveguides for Mid-IR conversion and cover waveguide design, optical characterisation, and integration
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systems. This role will focus on developing PPLN waveguides for Mid-IR conversion and cover waveguide design, optical characterisation, and integration with wider system-level components such as pump lasers
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. With our technology we can make an impact on both of these technologies. We aim to realise optical frequency micro-combs and single photon emitters based on efficient nonlinear optical waveguide micro
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skills. Potential areas of research include: Integrated optical waveguides and large area Bragg gratings: Investigate the incorporation of tilted Bragg gratings to couple light out of integrated waveguides
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sensors (e.g. conductivity, pH), ion selective electrodes and liquid core waveguides (PO4 3- and NH4 + ) [11,12], the student will automate these using established interfaces developed at UoP [13]. Novel
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of QDs into optical nanostructures like waveguides and cavities allows for a nuanced customization of their light interactions, presenting novel technological opportunities. This PhD project aims to delve