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Field
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behaviour under controlled light and visual environments. This will allow you to explore the underlying mechanisms that shape swarming rules and to validate your field-based findings. The broader aim
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development and its feasibility test, the PhD candidate will also design medical research experimental protocol for both healthy control population and target patient population, apply for the protocol’s
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The advent of automated production in nanomedicine opens transformative opportunities for advancing healthcare innovation. By enabling high-throughput synthesis, precise control over nanoparticle
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- Excellent command of English language (both written and spoken) - Excellent command of (spoken) Dutch language or willingness to learn Dutch Additional Information Benefits We offer you following
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mechanisms dictating evaporation-driven interfacial self-assembly in confined multiphase multicomponent liquids. By controlled experiments using high-resolution microscopic techniques, and by establishing a
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the world, delivering competitive and successful high-quality research. The institute employs 500 people of which 275 are PhD’s or PostDocs. With its unique NanoLab facilities the institute holds 1250 m2
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Organisation Job description Project and job description This PhD position is dedicated to advancing autonomous robotic manipulation and control within a textile-sorting cell, where garments arrive
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the fundamental mechanisms dictating evaporation-driven interfacial self-assembly in confined multiphase multicomponent liquids. By controlled experiments using high-resolution microscopic techniques, and by
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media landscape; excellent command of English and preferably also knowledge of at least one of the following languages: Slovak, Hungarian, Czech, Polish, Ukrainian, Georgian. Please note that if you
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model species (e.g. Culex pipiens) to test specific hypotheses about sensory-driven flight behaviour under controlled light and visual environments. This will allow you to explore the underlying