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that can be tested directly against large-scale viral genomic data. The central challenge of this project is to connect microscopic evolutionary mechanisms—mutation, selection, and ecological feedback
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studies. Your job In this project, you will develop a quantitative theory of evolution that can be tested directly against large-scale viral genomic data. The central challenge of this project is to connect
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. Tasks Analyze how densification is performed in cities, focusing on how environmental and design requirements are defined and negotiated in practice. Examine how actors legitimate their positions through
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design requirements are defined and negotiated in practice. Examine how actors legitimate their positions through discourses, and how institutional arrangements resolve, or fail to resolve, tensions
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for society. The animal-free biomedical translation centre provides an excellent context for further developing and testing these responsible research and innovation methods iteratively and contributing
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citizen collectives can mobilise large sections of the population for sustainability transitions. You will examine how collectives and their networks reach beyond their immediate communities, how they build
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artificial intelligence: ensuring that AI systems are transparent, interpretable and aligned with human needs and values. You will focus on developing, testing and reviewing a methodology to make AI systems
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of collaboration and a focus on long-term impacts and value for society. The animal-free biomedical translation centre provides an excellent context for further developing and testing these responsible research and
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outcomes. Many of the good practices of co-creation take a rationality approach with limited conceptual and empirical examination and engagement about the role that emotions and values of people (as also