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Emission Characterization & Ultrafast Optical Instrumentation) to support an NRF-funded project on electrically driven single-photon-emitting diodes based on colloidal quantum wells. The role involves
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in designing, aligning, and operating advanced optical setups involving lasers, microscopy, spectroscopy, and imaging systems is preferred. Experience in polariton devices, photonic waveguides
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the vision of a chip-scale, high-power EUV source for applications including EUV lithography and imaging. Key responsibilities include: Developing theoretical and numerical frameworks in free-electron-driven
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one-of-a-kind ultrafast XUV imaging beamline at IMDEA and at large scale X-ray facilities worldwide. A solid background in optics, nanofabrication and/or condensed matter physics is desirable
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research in photonics, optical imaging, computational sensing and related interdisciplinary technologies. We are looking for a Research Fellow to conduct research in advanced optical imaging, structured
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. Strong research record in distributed fiber-optic sensing, DAS, wave propagation, structural health monitoring, passive seismology, geophysical imaging, or related areas. Experience processing large-scale
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. Desired Qualifications* Experience with behavioral experiments, optical or fluorescence imaging, and ex vivo retina. Why Join Michigan Medicine? Michigan Medicine is one of the largest health care complexes
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prototype. The position combines device development with exploration of use cases and pathways to commercialization, and directly supports NTU’s mission to develop and commercialize emerging quantum computing
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effects enabled by nanophotonic platforms, including superradiance, superfluorescence, and quantum imaging. Study strong light-matter interaction in the single-emitter regime and optical spectroscopy
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distributed fiber-optic sensing, passive seismology, urban geophysics, seismic imaging, wave propagation, or near-surface characterization. Experience processing large-scale DAS or seismic datasets, including