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integrated photonics. The candidate aims are to design, manufacture, and study advanced photonic integrated waveguides and microresonators based on a thin-film periodically poled lithium tantalate
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appropriate software; design and optimization experience such as the design of photonic crystal waveguides and cavities, the optimization of transmission and Q-factor, etc. measurement and analysis involving
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Centre de Nanosciences et de Nanotechnologies | Palaiseau, le de France | France | about 1 month ago
our group in the recent years, in strong collaboration with Politecnico Di Milano. It has been demonstrated that graded index SiGe waveguide can be used in a large wavelength range in the mid-IR, and a
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PhD position :Integrated electro optical modulators and photodetectors in the mid-IR spectral range.
Centre de Nanosciences et de Nanotechnologies | Palaiseau, le de France | France | about 1 month agoyears, in strong collaboration with Politecnico Di Milano. It has been demonstrated that graded index SiGe waveguide can be used in a large wavelength range in the mid-IR, and a large range of passive
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strain fields and (ii) couple, with high efficiency, the excitons of these materials with waveguides defined by laser micromachining in transparent substrates. The project will involve the use of electron
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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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Methods for Complex Acoustic Waveguides. The work will be carried out with main supervisor at University of Bergen in planned collaboration with external partners. This is an excellent opportunity to work
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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