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Field
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and simulation tools (e.g., Lumerical, IPKISS, Ansys, KLayout). Hands-on experience in device fabrication, testing, and characterization (e.g., using probe stations, tunable lasers, optical spectrum
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electron lasers (XFEL). Optical phase change materials can be reversibly switched between amorphous and crystalline states on fast timescales and are enabling materials for emerging photonic computing
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engineering or applied physics. Demonstrated ability to conduct research in experimental fluid mechanics. Proven competence on flow measurement techniques and PIV. Familiarity with optics, lasers, image
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research concerning determination of the concentration and spatial distribution of (ultra)trace elements in materials of both biological and synthetic origin using laser ablation – ICP-mass spectrometry (LA
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of the following tasks: 1) Laser-based instrumentation design, fiber coupling, and optical characterization. 2) Experimental investigation and computational model simulation of laser-induced bubble dynamics and
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measurement techniques and PIV. Familiarity with optics, lasers, image processing and statistical data analysis. Familiarity with flow modelling techniques (CFD) or machine learning for fluid flows. Aptitude
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community. We have world-class research facilities, including a 275m2 cleanroom and 2175m2 of high specification optics and laser laboratories, providing the infrastructure needed to conduct internationally
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-kill curve analysis, MBEC/Calgary-type assays and colony counting. Extend the testing to clinical isolates and to physiologically relevant media, including mucus. Use confocal laser scanning microscopy
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will primarily focus on utilizing and advancing capabilities with the laser heating system at beamline 16-ID-B, complemented by monochromatic and white-beam Laue multi-grain measurements at 16-BM-D
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of optics or imaging: Fluroescent microscropy Two-photon imaging or stimulation Holography using Spatial Light Modulators Fluorecent lifetime imaging Femtosecond lasers Familiarity with neuroscience