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for controlled molecular transformations from small molecules to polymers. Electrical discharges in gases that operate near room temperature and at atmospheric pressure can be interfaced with aqueous solutions
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. Our most recent project is to characterize the function and genetic control of root anatomical traits in maize to enhance drought tolerance. This PhD project is part of a large consortium, including
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Experience or an interest in fieldwork and willingness to work in both semi-controlled and wild settings (Madagascar) Excellent critical thinking and communication skills Excellent English language skills
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to understand basic principles of the physical phenomenon of LDDO and eventually open the possibility towards a variety of applications for locally controlled particle movement. Your profile Completed studies
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. Our most recent project is to characterize the function and genetic control of root traits in maize to enhance drought resilience and yield stability. You will closely collaborate with other researchers
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physics is required, ideally with knowledge of solid-state physics, as well as high motivation and a good command of English. What we offer: a modern, well-equipped workplace on the campus of the Technische