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Field
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openness to interdisciplinary research projects in the field of natural sciences and high motivation for independent scientific work very good communication and teamwork skills very good command of written
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phenotyping experiments in the glasshouse and controlled environment chambers. Dissecting root systems to identify trait patterns contributing to Fe, Zn and Se uptake resilience. Sectioning plant roots and
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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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controlled experiments. We are seeking a highly motivated PhD candidate with an excellent master’s degree in physics with excellent English proficiency. A strong background in optical microscopy and particular
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. studies in Electronic Control Systems at the Universidad Nacional San Juan Duration of the funding 4 years, usually starting in March Value Monthly Scholarship: 850 EUR (monthly) Travel allowance: The flat
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research focuses on the study of quantum magnetism at the atomic scale. We build artificial quantum architectures from single atoms and molecules on surfaces and on probe tips, control their spin states, and
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Willingness to present research to the political and general public Good spoken and written command of English and a willingness to learn German during the time of employment You can expect: A motivated, multi
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dynamics of present logistic processes and networks. By exploiting new technologies, business models and strategies, new dynamic planning and control processes will be researched and developed. The objective
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, remote sening, GIS, and open source software is required strong interest in scientific writing and excellent command of English experience with Git and GitHub and Linux environment is desirable We offer
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understanding covalent bonds is based on the ever-increasing availability of novel (functionalized) molecular motifs and the remarkable advances in spectroscopy and theory. Controlling homolytic bond dissociation