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the complexity sciences. Ability to independently shape and structure research projects, as evidenced in e.g., the research carried out for obtaining the master’s degree. Ability to express complex issues in a
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debate often focuses on participation or spatial design, this project takes a step back and asks a more fundamental question: how can public organisations structure their tasks, information flows, and
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between cash and service crop plants in intercrop systems, and the underlying driving eco-physiological mechanisms. You will use 3D plant modelling (so-called functional-structural plant modelling
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academia; Ability to independently shape and structure research projects; Ability to express complex issues in a clear fashion, verbally and in written form; Motivation to contribute to open and responsible
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tools to build and analyze big datasets. Affinity with the complexity sciences. Ability to independently shape and structure research projects, as evidenced in e.g., the research carried out for obtaining
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driving eco-physiological mechanisms. You will use 3D plant modelling (so-called functional-structural plant modelling) to address questions and generate hypotheses on the interactions between plants, soil
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the other end also power consuming, very expensive and complex. In this PhD project we want to investigate alternative realizations that provide a high performance at much lower cost and complexity, but with
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to specific domains or subsystems. Holistic system-level design is a necessary next-step because of the complexity of these systems. This implies going beyond current domain-specific solutions by combining
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the brain learns to deal with a larger social environment. The insights obtained from the research of Eveline Crone can help to structure education and society more effectively with a view to the
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. The main objective of this project is to unravel the molecular mechanisms of virus self-assembly. RNA-containing viruses are complex, nanometre sized particles with at their centre proteins covering the RNA