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Field
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science and polymer engineering, developing next-generation materials for complex engineering environments. Working within a collaborative interdisciplinary team spanning materials chemistry and civil
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polymer and (nano)composite biomaterials and nanoparticles, including publications in journals from the Journal Citation Reports (JCR) list (minimum 10), documented research experience in the synthesis and
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scientific excellence and applied research to design solutions that address real-world challenges and create positive impact. Do you want to know more about LIST? Check our website: https://www.list.lu/ You
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-power-center/; Alabama Materials Institute: https://ami.ua.edu/; UA Polymers and Soft Materials Research Center: https://poly-sm.ua.edu/); the UA High Performance Computing and Data Center, and to further
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Center: https://ati.ua.edu/tag/alabama-mobility-and-power-center/; Alabama Materials Institute: https://ami.ua.edu/; UA Polymers and Soft Materials Research Center: https://poly-sm.ua.edu/); the UA High
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(mILF SD) in integration with PVD catheters, assessing synergy with polymer surfaces, and monitoring the biocompatibility of catheter extracts in accordance with ISO 10993-5; supporting field and
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Anschutz campus. More information can be found on the Fantauzzo laboratory website (http://www.fantauzzolab.org). Key Responsibilities: · Read and incorporate findings from relevant scientific
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 2 months ago
knowledge of the molecular dynamics simulations, polymer physical chemistry, and data analysis, Linux operating systems, programming skills and scripting, all of which could be obtained during
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from liquid crystals to foams, as well as polymers and granular systems. These physics studies lie at the interface of physical chemistry and biology. The research will be conducted within the Mesoscopic
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develop the synthesis of new main-group heterocycles, macrocycles, and polymers as functional materials. Goals of projects in the Wentz lab are to gain a fundamental understanding of how electronic