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Field
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characterization, particularly in spectroscopy, microscopy, and fibre loss measurements, with the ability to rapidly learn new techniques. Demonstrated research excellence in tellurite and fluoride glass and fibre
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Raman spectroscopy. 2) use bioluminescence (luxCDABE gene cluster) and half-life time GFP expression, GC/HPLC-MS, flow cytometry to monitor in situ SimCell ATP level, metabolic flux, and product profiles
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background, with less than 5 years post-receipt of PhD. Experience with optical systems, lasers, spectroscopy, quantum optics, spin physics, magnetic resonance, or related spin-based quantum platforms
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-controlled subsystems. Hands-on expertise in one or more of the following areas: optical systems, lasers, spectroscopy, quantum optics, spin physics, magnetic resonance, precision measurement, electronics
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spectroscopy (EIS) and cyclic voltammetry Familiarity with synchrotron-based X-ray characterization techniques, including diffraction and spectroscopy, particularly for in situ studies of materials and
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following neuroimaging methods and modalities: functional connectivity, representational similarity analysis, decoding techniques; structural connectivity, magnetic resonance spectroscopy; quantitative MRI
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colloidal nanocrystal synthesis or optoelectronic device physics. Experience in III–V CQDs, infrared photodetectors, surface spectroscopy, thin-film processing, or low-noise optoelectronic measurements is
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, with expertise in colloidal nanocrystal synthesis or optoelectronic device physics. Experience in III–V CQDs, infrared photodetectors, surface spectroscopy, thin-film processing, or low-noise
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at Chalmers University of Technology, which has a strong research focus on next generation chemistries and operando characterization of batteries with X-ray imaging and spectroscopy. Batteries@Chalmers gathers
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the techniques: Fourier Transform Infrared Spectroscopy (FTIR), UV-visible spectroscopy, NMR, drug releasing studies, HPLC and mechanical testing. 6. Experience in microfluidics. 7. Experience in