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its vision. The AC is developing seven advanced SDLs. These include: Inorganic solid-state materials, Organic small molecules for advanced materials, Drug discovery with chemical probes, Polymers
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. Polymers for materials science and biological applications 5. Formulations for pharmaceuticals, consumer products, and coatings 6. Biocompatibility (organ-on-a-chip) 7. Synthetic scale-up of materials and
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. Polymers for materials science and biological applications 5. Formulations for pharmaceuticals, consumer products, and coatings 6. Biocompatibility (organ-on-a-chip) 7. Synthetic scale-up of materials and
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advanced SDLs. These include: 1. Inorganic solid-state materials, 2. Organic small molecules for advanced materials, 3. Drug discovery with chemical probes, 4. Polymers for materials science and biological
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. Qualifications Creative organic chemist with an understanding the principles of Green Chemistry. Experience with biobased polymers, polymer chemistry or epoxy resins would be an asset. A recent PhD in organic
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science, engineering) organized under several research themes. The two open positions are related to building an ultrasound system for biomedical imaging, using newly developed polymer CMUT (Capacitive
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modification of cell surfaces using polymers View All Stories
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an enthusiastic and passionate researcher. This is a 1-year position with potential for renewal. Salary is $48,000 per annum. Minimum Qualifications PhD in Polymer Chemistry, Chemical Engineering, Organic