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developing next-generation multiple-antenna systems while optimizing overall system performance. As a doctoral student, you devote most of your time to doctoral studies and the research projects of which you
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cells (hESCs) in animal models of IRDs. By exploring different transplantation strategies in different animal models of IRDs, the student will assess and optimize the transplantation strategy to pursue as
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resolve the nanoscale mechanisms controlling coating growth, as well as optimize method of growth for efficiently mitigating AMD. The PhD student will, at the same time, closely collaborate with another PhD
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models of IRDs. By exploring different transplantation strategies in different animal models of IRDs, the student will assess and optimize the transplantation strategy to pursue as well as establish
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optimized garment disassembly. Create guidelines relevant to eco-design criteria for remanufacturing and analyze how to implement such decisions in circular production. Develop and use appropriate, scientific
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and the duties of the doctoral student The project will focus on understanding the immune response in the central nervous system (CNS) viral infection tick-borne encephalitis (TBE), to optimize TBE
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Faculty of Medicine in order to optimize the conditions for preclinical and clinical translational research, research strategies and development, as well as education on both undergraduate and postgraduate
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to optimize resource use and minimising climate impact. The project will also explore the potential of integration of these systems in urban environments, contributing to sustainable city infrastructure and
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Carriers PhD position in Nano-structured Sensors for Health Monitoring PhD position in Large-scale Design of Superconducting Quantum Computers PhD position in Optimal Control of a Superconducting Quantum
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(Kameneva & Artemov et al, 2021), and which can be combined with spatial transcriptomics (Ratz et al, 2022). The project involves further optimizing and automating in utero nano-injection methods to target