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Field
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-based quantum imaging will be a strong secondary advantage, particularly for translating fabricated diamond devices towards sensing and imaging novel materials. The successful candidate will play a key
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. The successful candidate will lead efforts to develop novel electrical readout, control, and sensing architectures that complement or potentially replace conventional optical detection methods. The research will
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technologies, including the development and experimental validation of waveguide-integrated SNSPD devices; process integration; optical coupling optimization; on-chip detection-efficiency measurement; timing
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(e.g., laser scanning, optical satellite imagery, radar, UAV, or aerial imaging). Strong programming and data analysis skills (e.g., Python and/or R), as well as proficiency in GIS software and
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outside academia. The tasks include extensive use of optical diagnostics, such as: Near and far field high-speed microscopic imaging Chemiluminescence-based techniques Schlieren imaging and shadowgraphy
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optical engineering: Imaging and image analysis, optical engineering, detector development, microscopy, X-ray optics • Structural Biology and Mechanical Engineering: Automation, high-precision mechanics
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, image processing, or optical instrumentation. Fluency in English, both in scientific communication and in the writing of reports and research articles. Workplan and objectives to be achieved
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, and autism. The lab combines cutting-edge molecular and optical approaches, including in vivo CRISPR genome editing, 2-photon FLIM imaging, super-resolution imaging, proteomics, and computational
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learning-assisted computational pipeline for the automated detection of point defects in atomic-resolution scanning transmission electron microscopy (STEM) images. Using monolayer MoS₂ as a model system, the
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application end stations to be used for imaging, absorption/reflection spectroscopy, and other quantum sensing techniques. Practical working knowledge and hands‑on experience with lasers and optics, spanning