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Field
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, chip-to-chip, and chip-to-free-space interfaces. We are seeking candidates with strong experience in silicon photonics, waveguide optics, and photonic device design. Hands-on experience in building
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, organic semiconductors, two-dimensional materials, and related functional materials. • Design and perform hyperspectral imaging, spatially resolved optical spectroscopy, and microscopy measurements
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Responsibilities: • Design and develop high-performance integrated photonic and electro-optic devices based on lithium niobate, silicon photonics, and heterogeneous platforms. • Develop fabrication and
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include deep learning, reinforcement learning, differentiable modelling and inverse design. You will implement and evaluate these methods using experimental optical systems and work towards their
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holder will be responsible for the design, development, optimisation and validation of advanced optical instrumentation and associated software platforms for both in vitro and in vivo applications
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the following will be a plus • Optical instrumentation, single-molecule/ super-resolution microscopy, magnetic/optical tweezers, ultrafast spectroscopy, or other in-situ operando imaging tools • Machine
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-conversion, and quasi-phase matching. 4. Technical proficiency in numerical modeling and analysis of optical waveguides, photonic structures, and nonlinear optical processes; design and optimization of van der
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pregnancy Application of fibre optic sensors in the field of healthcare Implementation of instrumentation in an MRI environment Electronic circuit design An understanding of medical device regulations
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biomedical imaging methods, with particular emphasis on optical, ultrasound, and photoacoustic technologies. Working under the supervision of Dr. Ying Jiang, the candidate will contribute to the development
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discrepancies between theoretical and experimental results. 2. Diagnostic Characterisation & Validation Design, build, and maintain dedicated experimental setups for the characterization of high-power fiber optic