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Field
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be to: conduct advanced research into supersonic combustion and compressible reacting flows, particularly investigating how compressibility suppresses fuel-air mixing contribute to research seeking
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and materials systems that are difficult to study using conventional structural approaches. These systems range from intact bacterial cells, cell walls, biofilm extracellular matrices, and amyloid
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Quantitatively analyze transport, partitioning, and binding kinetics in biological matrices Conduct and contribute to in vivo studies in musculoskeletal models Independently write and publish high-impact
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relevant sample matrices. What you need to know Please Note: Ability to work in a biosafety level 2 (BSL-2) environment with potential exposure to bacterial agents and biohazards. This position is grant
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. Apart from a PhD in physics, chemistry, or similar, the candidate should have experience in at least some of the following areas: - Amplified femtosecond lasers, few-cycle pulse compression, pulse
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analysis. Our laboratory develops physiologically relevant in vitro platforms, including three-dimensional culture systems, tunable hydrogel matrices, microfluidic devices, organ-on-chip models, and
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includes: Synthesis, development and optimization of advanced biobased polymer matrices and polymer blends. Formulation and processing of high-performance thermoset systems. Development of carbon fibre
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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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. Work will emphasize the development and analysis of advanced methods in areas such as sparse signal recovery, compressed sensing, and statistical estimation, with a particular focus on their role in
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engineering. The successful candidate will be expected to work on the design and engineering of advanced microparticle-based pharmaceutical drug products comprising matrices containing crystalline or amorphous