Cillian MCPOLIN, Photonics Technologist | Cited by 162 | of Digital Catapult | Read 15 publications | Contact Cillian MCPOLIN

2022年10月12日 · As a photonics technologist at Digital Catapult, he drives forward the adoption of photonic technologies, and is a key contributor to the Smart Nano NI project – the acceleration programme will upskill companies, allowing them to explore and develop photonic technologies.

Dr Cillian McPolin is a senior photonics technologist with 8+ years of experience working in academia and industry on photonic technologies, for applications such as data storage, sensing and quantum technologies.

2016年9月28日 · Cillian McPolin and co-workers at King’s College London describe how varying the properties of a narrow-band Fabry–Perot cavity coupled to a surface plasmon polaritons mode...

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2024年4月19日 · Dr Cillian McPolin is a senior photonics technologist at Digital Catapult, focused on advancing the adoption and development of light-based technologies. Many standout technology conferences, exhibitions and events are held early each year in the United States – including CES in Las Vegas, South by Southwest in Austin and SPIE Photonics West ...

2023年7月9日 · Dive into the research topics where Cillian McPolin is active. These topic labels come from the works of this person. Together they form a unique fingerprint. Recent external collaboration on country/territory level. Dive into details by clicking on the dots or.

2024年5月13日 · Dr. Cillian McPolin is a senior photonics technologist at Digital Catapult, driving forward the adoption of photonics and nanotechnology. Cillian received his MSci and PhD degrees in physics from Queen’s University Belfast and King’s College London, respectively, before undertaking research at King’s and Imperial College London, and ...

Here, we investigate hybrid metal-semiconductor nanoantennas, consisting of a multimode silicon nanopillar core coated with a gold layer, that offer an enhanced degree of control over the mode selection and confinement, and emission of light on the nanoscale exploiting high-order electric and magnetic resonances.