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, optogenetics and in-vivo microendoscopic imaging. For systems neuroscience focus: Experience with large-scale electrophysiology recordings with silicon probes or Neuropixel probes is highly advantageous
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-compatible materials, including graphene, silicon nitride, or other functional layers for electrical transduction. • Device modelling and simulation: Model carrier transport, charge-state dynamics
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The Y-Lab is seeking a postdoctoral fellow for projects in the following areas: Optical-to-optical quantum frequency transduction UV–visible integrated photonics Heterogeneous integration of silicon
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, through the advancement of knowledge of soft tissue mechanics and the use of non-invasive imaging techniques. The aim of this project is to create and test biomimetic silicone-MEW valves and optimise
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photocathodes for long-term hydrogen production, thermoelectric modules for solar waste heat harvesting, or perovskite-silicon devices for light-driven chemical synthesis. For more details, please view https
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components for quantum devices. In this project we will explore single phononic sources based on silicon nanophotonic and nanophononic metastructures. The researcher will work alongside experienced researchers
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highly efficient on-chip qubit generation. Traditional silicon architectures suffer from limited electro-optic (EO) reconfigurability. Ferroelectrics, particularly barium titanate (BTO), can be a key
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cryogenic germanium and silicon detectors equipped with sensors for the thermal energy of particle interaction. The next generation of the experiment, featuring upgraded detector technology, is currently