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, mechanical engineering, computer science, or a related field. Prior experience with computational imaging, Fourier optics, and optical system design is considered a strong asset; Programming skills (Python
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aim is to improve evidence-based food choice communication and policy while uncovering potential neurological mechanisms influencing these choices. Within HSFood4ALL, the research conducted by KU Leuven
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, the PhD student will explore the regulatory mechanisms that govern AAV genome replication and packaging, focusing on how host cells manage these processes. In collaboration with the lab of Reproductive
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growth as a dynamic system. This is a collaborative effort with other labs, allowing the model to also include the optical, mechanical and retinal aspects of the eye. You will draw up a research plan and
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. The project involves developing a mathematical model of human eye growth as a dynamic system. This is a collaborative effort with other labs, allowing the model to also include the optical, mechanical and
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organizational resources are related to changes in experiences of interpersonal mistreatment over time. In doing so, the project seeks to gain insight into the mechanisms that contribute to resilience, recovery
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Hamiltonian systems, Floer homology, symmetries of differential equations, geometric mechanics, Finsler geometry, …. The precise topic will be decided, in consultation with the selected candidate, at the start
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representative disease models, as well as a deeper understanding of the molecular mechanisms underlying the diverse clinical manifestations. In this PhD project, you will contribute to preclinical IPO8 syndrome
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Hamiltonian systems, Floer homology, analysis and applications of Dirac operators, symmetries of differential equations, geometric mechanics, Finsler geometry, …. You will organise your own PhD research and