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the development of optically functional fibers and fabrics (OFFs) in an effort to make the world better off. Department of Human Centered Design The Department of Human Centered Design (HCD https://w ww.hum
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on opto-fluidic, you will be in charge to develop novel optical fiber optimized for SERS biosensing, and to realize biosensing experiments with different methods, in collaboration with biologists
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tank, in different operational conditions (static burst, fatigue and impact). The research will be done in close collaboration with the involved industrial partners.The PhD researcher will also closely
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biofunctionalized version of these probes will also be tested as optical sensors of changes in the electric potential near cell membranes under different experimental biological conditions. The second tool is a non
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independently writing project proposals and scientific literature Proven experience in project management of interdisciplinary teams Knowledge in building new optical/quantum optical systems for different
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with different groups to implement new computational approaches in diverse experimental projects: lensless imaging with extreme ultraviolet, fiber-based endo-microscopy, and holographic dark-field
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economies. Optical frequency comb (OFC) sources are a new type of laser that enable operators to pack more data into existing fiber infrastructure. The team have a suite of intellectual property around OFCs
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of cancer. The project will develop new ultrasound transducers on the tip of optical fibers to convert light into soundwaves that can probe the tissues/cells in contact with the fiber tip. The transducer
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interface waves and will focus on the classification of healthy and disease state for several types of cancer. The project will develop new ultrasound transducers on the tip of optical fibers to convert light
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composed of biomass (eg. micro/nano-cellulose, natural fibers like hemp) and polymers (e.g. polylacti acid, polypropylene). Under general supervision, the candidate will conduct experimental research around