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the porosity. The flow in the porous structure of PBMA is directly linked to mechanical response (rheology) and juiciness, which will be investigated via normal force measurement and flow visualization, and
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of plant protein gels. You will investigate the formation dynamics and mechanisms of the mesostructure, utilizing a combination of experimental and computational techniques. This research aims to elucidate
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the field of (bio)mechanics; a team player with excellent communication skills; proficiency in English (both oral and written). For this position your command of the English language is expected to be
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signals and for laboratory studies on behavioural mechanisms using ecologically relevant conditions. The project will also include the opportunity to conduct aviary studies at the University Bielefeld
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mechanisms. Our interdisciplinary team at the intersection of chemistry and physics will answer this fundamental question: while a material is just a collection of individual chemical bonds, how do these bonds
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addressed. Key research questions are: Which ions can be targeted with the electrodes made from new building blocks? Can we understand the underlying mechanisms that contribute to selectivity? What is the