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value, the research will benefit many applications, such as biomedical therapy, remote sensing, antenna/filter theory, and inverse problems in physics and engineering. Good working knowledge in most
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microfluidic wet spinning produce membranes, fibers and particles for applications including tissue scaffolds, drug delivery and air filtration. Scalable post-processing technologies subsequently allow
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membrane and encapsulation strategies from academia to industry. Solution-based processes like electrospinning and microfluidic wet spinning produce membranes, fibers and particles for applications including
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and have an established track-record of publications in peer-reviewed journals, solid experience with protein biochemistry. Prior knowledge of crystallography and/or single-particle electron microscopy