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Description Join us at the Division of Applied Chemistry, Department of Chemistry and Chemical Engineering, and help advance knowledge in the field of superabsorbent polymers on a fundamental level. About us
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(ILL). The current ML models are optimized mainly for (monochromatic) X-ray reflectometry. We aim to generalize this approach to a wide range of samples and time-of-flight NR, coupled with automatic data
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with polymer chemistry, coordination chemistry, and advanced separation methodologies, with support from computational modeling. The doctoral thesis will focus on synthetic polymer chemistry. Our
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business model. In its research approach, the UM6P promotes transdisciplinary, entrepreneurship spirit and collaboration with external institutions for developing up to date science and at continent level in
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into polymer matrices. - Use of luminescent species for applications such as sensors. - Knowledge of DFT‑type simulation methods for modeling molecular properties. - Experience writing scientific articles and
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acquainted with systems biology techniques, such as genome scale metabolic network modelling and flux balance analysis. Knowledge of- and experience with electrospinning (or other polymer processing
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to its state-of-the-art infrastructure. With an innovative approach, UM6P places research and innovation at the heart of its educational project as a driving force of a business model. In its research
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Applications Electrospun hydrogel fibers offer unique versatility. Their mechanical and biochemical properties can be precisely tuned through adjustments in polymer chemistry and crosslinking. By creating
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their suitability for industrial use through experimental validation, modelling, and manufacturing integration. This is a unique opportunity to lead impactful R&D in sustainable engineering within a commercial
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to its state-of-the-art infrastructure. With an innovative approach, UM6P places research and innovation at the heart of its educational project as a driving force of a business model. In its research