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Field
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molecules sit inside a tissue from sequencing data alone, in effect “imaging without a microscope”; encode, store, retrieve and error-correct digital information in DNA, and make molecular data operations
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probing the many-body quantum wavefunction of correlated electronic states. This new quantum simulator platform may unravel the microscopic nature of high-Tc superconductivity and other correlated electron
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Environment PHYSICAL DEMANDS:Sitting, standing, walking, fine motor work under a microscope, and occasional lifting of small packages, equipment, or animal carriers. WORK ENVIRONMENT; Scientific research
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following expertise: Early fly and mouse development Quantitative imaging and image analysis Statistical physics and data analysis Microscope design and control Genomic and genetic tool design Candidates
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design, field and laboratory-based research is required, including experience with algal culturing, microscopic techniques, photo-physiological measurements, as well as biogeochemical analysis
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research program focused on developing next‑generation multimodal imaging systems spanning the mesoscopic to microscopic scale. As part of a major research project and supported by extensive national and
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characterisation of the obtained nanomaterials using spectroscopic, chromatographic and microscopic methods; conducting analyses using techniques such as UV-Vis spectroscopy, FT-IR/Raman spectroscopy, high
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interdisciplinary team with strengths in physics, chemistry, and molecular biology. The existing team has successfully developed a cryogenic atomic force microscope that can characterize biological cell sections, and
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microscope with a Gatan K3 detector, as well as crystallographic infrastructure including SER-CAT access at APS and on-site X-ray instrumentation. This position offers the opportunity to drive ambitious
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; Mechanical Engineering; Physics; Chemistry. Be familiar with analytical, spectroscopic, and microscopic techniques. Conduct rigorous testing to ensure the performance, reliability, and robustness