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science (DDLS) uses data, computational methods, and artificial intelligence to study biological systems and processes at all levels, from molecular structures and cellular processes to human health and
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involve the conceptual and practical development of the methodology for electrochemically initiated time-resolved soft X-ray spectroscopy, including construction and optimization of measurement setups and
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a structured, quality-conscious manner The flexibility to work independently, with self-initiative, as well as collaboratively Ability and eagerness to learn new methods and a strong interest in
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sciences or a closely related field Excellent written and oral English and general communication skills The ability to be detail-oriented and work in a structured, quality-conscious manner The flexibility
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, and research literature in a structured and reflective manner. In addition, you should have well-developed problem-solving skills and be able to analyze complex research questions, identify relevant
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this, you will conduct experimental cell culture studies, perform immunostaining on retinas from both mice and humans with α‑synuclein pathology, and analyze changes in retinal cellular structures. You will
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areas of chemistry such as analytical chemistry, physical chemistry, materials chemistry, inorganic and structural chemistry and organic chemistry. The research projects are many from theory to experiment
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proficiency in English a structured, self-driven, independent approach to technical work and good collaboration skills coursework or other experiences in the following subjects are valued: optimization, linear
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syntheses, analyzing compounds using modern spectroscopic and structural techniques, and interpreting experimental data. The candidate is also expected to contribute to the development of new research
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collaboration partners totalling a maximum of 11 months. The doctoral studentship will be placed in Advanced Textile Structures Research Group in Textile Technology and includes studies of recycling strategies