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Field
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strategies, develop reproducible pipelines, organize tasks, and ensure the quality and consistency of data-analysis workflows. INAB conducts research in cognitive neuroscience, including perception
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to live with and alongside algorithmic technologies? Our researchers are examining the novel paradigms of knowledge, perception, and action that emerge with contemporary algorithmic technologies. Led by
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behave in complex, uncertain environments. The research aims to uncover the computational principles underlying perception and action, and to translate these insights into innovative technologies
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robotic manipulation. This role will support our mission to advance AI-driven robotic systems for real-world applications, including human-robot interaction, robotic perception, and intelligent control
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knowledge that can inform the design of cities and other living environments in a manner that improves human time perception regulation, boosts well-being, and stimulates the positive and sustainable
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behaviours. NATURETIME aims to generate actionable knowledge to inform the design of cities and other living environments, thereby improving human time-perception regulation, boosting well-being, and
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crucial role in the selection and sensory perception of food. Achieving a deeper understanding of their chemistry and bioactivity on a molecular level will support the development of sustainable food
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compounds play a crucial role in the selection and sensory perception of food. Achieving a deeper understanding of their chemistry and bioactivity on a molecular level will support the development
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perceptions of their future profession, and how they evaluate apprentices’ attempts to engage with these practices and perceptions. Particular attention will be paid to the role of nonhuman actors, such as
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(ar)rivals: Perceptions of Threat, Inequality, and the Risk of Violence between Different (Forced) Migrant Groups in North Africa” (MixedRivals) investigates relations between different (forced) migrant