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Field
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research topics include Langmuir films mimicking cell membranes, the assembly of nanoparticles at liquid interfaces, and catalysis (CVD growth of 2D materials on LMCat, and Fischer–Tropsch synthesis
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research fields such as catalysis, separation, energy generation, conversion and storage, Plasma Science and its applications, and organic optoelectronics intelligent and advanced polymers and materials. Job
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approximately 35 people. The research topics pursued in this laboratory lie at the molecule-metal interface and concern the reactivity of coordination complexes and their use in catalysis. All aspects, from
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, and use advanced analytical techniques on product identification. Required Qualifications - Recent Ph.D. in organic synthesis, asymmetric catalysis or an appropriate related field. - Experience in
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energy-innovation technologies. Applying catalysis and reaction-engineering approaches, the role targets low-carbon fuel pathways—such as hydrogen, ammonia, synthetic and electro-fuels, sustainable
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treatment and catalysis. While at bulk freezing and melting are already highly complex mechanisms of phase transitions, at the nanoscale, traditional thermodynamic considerations are challenged by
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microfluidics, soft matter chemistry, supramolecular chemistry, molecular catalysis and artificial photosynthesis. The candidate will work closely with researchers developing new photocatalysts and catalytic
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complexes and their application in anticancer drug development or transition-metal catalysis under the supervision of Professor Chi-Ming Che. Applicants with an outstanding academic record and relevant
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Council. The successful candidate should have research experience in catalysis engineering and reactor system design. They will have excellent oral and written communication skills and ability to work in a
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and catalysis. This full-time post is fixed-term to 29 February 2028 in the first instance, with extension to the project end date of 31 August 2029 subject to continued funding. In the first phase, you