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groups in the project Your profile Completed university degree (university diploma/M.Sc.) in biology, fisheries science or a related field Practical laboratory experience with methods of molecular biology
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simulations Enhanced sampling Molecular Dynamics simulations Your Profile The ideal applicant has a strong background in bioinformatics or computational chemistry, as well as data analysis and solid
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gradient Bioinformatic and statistical analyses Relate environmental variables to microbial dynamics Meso- und Microcosm experiments Contributions to IGB’s scientific activities and publications Your profile
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tackling key experimental challenges for novel superconducting quantum technologies (see Figure) by both exploring the realm of quantum transport and non-linear photonics at low-temperatures. Your profile
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data Scientific publications and presentations Your profile Master degree in Ecology or a related field Keen interest in studying interaction networks between plants and animal seed dispersers Strong
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are first to be developed and established. Your Profile You ideally bring the following with you: Excellent master's degree in food chemistry, food technology, biochemistry, biophysics or similar High level
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extensive support through the graduate school (IRTG:(https://sfb1436.de/de/graduate-school/). Your profile: MSc in Neurosciences, Life sciences or related fields Experience in behavioural and molecular
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to development of sustainable and biomedical materials. The results will be combined with theoretical modeling and simulations. Your profile Completed studies or about to be completed studies (M.Sc
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contribute to development of sustainable and biomedical materials. The results will be combined with theoretical modeling and simulations. Your profile Completed studies or about to be completed studies (M.Sc
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relevance. This project bridges materials science, bioengineering, and cell biology, contributing to the development of advanced biomaterials for tissue engineering and disease modeling. Your profile Master’s