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PhD Scholarship in Integrated Photonics for Telecommunication, Biosensing and Precision Measurements
propagation Interfacing to array microfluidics Image analysis of biosensor response Sensor surface biofunctionalisation Optical communications High-speed signal analysis Modelling of optical propagation in
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nutrients from food. Working alongside other postdocs and students focused more on structural aspects of these processes, this position will focus on understanding the bioidentity of the surface and how it
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the structure present in food systems dictates functional aspects such as digestion and release of nutrients. Working alongside other postdocs and students focused more on biological aspects of these processes
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populations. Working alongside other postdocs and students focused more on physical aspects of these processes, this position looks downstream at the effects of colloidal structures formed after digestion and
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biosensors or optics. Should be comfortable being hands-on. Requires experience in circuit design and microcontroller programming. How to apply Apply for this scholarship at the same time you apply
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(University of Adelaide). Project 1.4. Quantum biosensor development (University of Adelaide). Project 1.5. Quantum chemical sensor development (University of Adelaide). Project 2.1. Superconducting quantum
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Dr Haoran Ren) Nanophotonic optical biosensors (with Dr Haoran Ren) Marrying photonics with 2D materials at the nanoscale (with Dr Haoran Ren) web page For further details or alternative project
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theoretical colleagues. All research takes place within our dynamic particle physics research group with academics and postdocs, as well as graduate and undergraduate students. Some work will be purely
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known as Team COMPAS -- includes a number of amazing undergraduate and graduate students, postdocs, alumni, and other fantastic collaborators. Please contact me if you are interested in joining our group
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Fellowship at LMU Munich, and a postdoc position at RMIT University. My nanophotonics research seeks to uncover the underlying physics in structured light-matter interactions at nanoscale. We aim to develop