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Field
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, environmentally sound and as well cost efficient polymer matrices. Hence, our ambition in SSUCHY-Next to work on 3 bio-based resins. All systems developed to TRL 6 or 7. To demonstrate the viability
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epithelium. Using biologically compatible and deformable microfabricated polymer devices that approximate photoreceptor outer segments, we will map phagocytic forces. We will address the role of actin
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occurrence of different polymers. Furthermore, regional and temporal differences in pollution levels shall be identified and possible sources of microplastic contamination will be localised using currents and
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polymer materials. Subsequently model surface will facilitate the development of new test methods and implementation of new environmentally friendly adhesives. TalTech has excellent facilities and staff
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group and the group of Professor Michael Gale at University of Washington, Seattle, USA, we are developing combinatorial models of the immune system’s responses to vaccines. Our primary approach is to
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, courageous to take initiative or think outside the box. Open to communication, with the ability to work independently or in a team. The following will be appreciated: Experience with fatigue/creep of polymers
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: Computational modelling of inorganic/organic hybrid assemblies for energy conversion. Number of positions: 1 Reference: PhD 2024-15 CB Supervisor:Dr. José A. Berrocal Project: Development of polymer materials