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Vacancies PhD student demonstration of large-scale optical circuits Key takeaways In this project, we will construct a large-scale time and spatially multiplexed integrated interferometer using low
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Vacancies PhD position demonstration of large-scale optical circuits Key takeaways In this project, we will construct a large-scale time and spatially multiplexed integrated interferometer using low
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Vacancies 2 PhD-positions for boundaries of a quantum advantage Key takeaways In this project, we will theoretically study the boundaries of a quantum advantage in photonics. Photonics is one
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Key takeaways In this project, we aim to construct integrated quantum light sources suitable for use in photonic quantum computing. We will use the ultra-low loss properties of silicon nitride
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platform development and integration of the plasmonic-hybrid material into the waveguide system. This PhD position is opened particularly targeting the design of photonic devices, hosting the plasmonic
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photonics based on silicon nitride. Such an optical circuit has applications in photonic quantum computing, both as a demonstration for near-term applications of quantum computing (quantum advantage) as
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staff position within a Research Infrastructure? No Offer Description In this project, we aim to construct integrated quantum light sources suitable for use in photonic quantum computing. We will use
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colleagues in the integrated photonics program. We hope to fill this position in 2024. Requirements Specific Requirements We are looking for PhD candidate with; An enthusiastic and highly motivated research
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integration of the plasmonic-hybrid material into the waveguide system. This PhD position is opened particularly targeting the design of photonic devices, hosting the plasmonic-hybrid material, as
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, clean, affordable and safe solution for the transformation of the transport sector. The PhD position associated with this part of BatteryNL is dedicated to the techno-economics of batteries as an