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Field
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development, operation and optimization of plasma devices and associated diagnostics. Experience or exposure to plasma diagnostics. Strong written and verbal communication skills with demonstrated ability
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with HPC (Linux, batch systems) and handling large simulation datasets (I/O, post-processing, analysis). Background in theoretical physics with at least basic knowledge of plasma physics and turbulence
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the supervision of Professor Russell Dale. This role will focus on developing metabolomic assays for the discovery and translation of novel metabolites in cerebrospinal fluid and plasma, contributing to impactful
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of solvents and metal nanoparticles (MNPs). Such irradiation processes occur over a wide range of time and length scales and so we are developing a range of theoretical and computational approaches that bridge
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high-power laser plasma interaction and related areas. Demonstrate significant experience in experimental research using high-power lasers, Experience in using computer codes for data analysis
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progression, tissue injury and repair following acute myocardial infarction. Responsibilities will also include overseeing the collection and processing of clinical samples, in addition to contributing
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for cytokine and biomarker quantification across various biological matrices (e.g., serum, plasma, cell culture supernatants) Experience with microscopy and cellular or molecular characterization. Good oral and
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for back-end-of-line (BEOL) integration with CMOS. Key responsibilities include: • Develop and optimize ALD processes for oxide semiconductor channel materials (e.g., IGZO, ITO, IZO) and BEOL-compatible
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plasma technology. They will be versed in thin film deposition and materials characterisation methods and analysis including XRD, electron microscopy, Raman Spectroscopy and mechanical characterisation
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those with experience and expertise in energy research, especially related to hydrogen technology innovation using plasma technology to produce hydrogen and carbon from syngas. This post offers