13 evolution-"https:"-"https:"-"https:"-"Multiple" positions at Heidelberg University in Germany
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can contribute to scientific publications, grant applications and method development projects Requirements: Hands-on experience and knowledge in mass spectrometry and chromatography Strong motivation
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. The focus is on its role in the regulation of arrhythmias and cardiac metabolism, which critically contribute to the development of cardiomyopathies. The project involves molecular and cellular experimental
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the use of human omics data in research, while ensuring data security and preventing misuse. By bridging the gap between research and healthcare, GHGA drives the development of new therapies and diagnostics
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well as the implications of their development and application. When considered from a fundamental rights perspective, and in particular from the perspective of the corresponding protective obligations of state actors
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expertise are an advantage We offer: Intensive individual supervision and coaching of academic work at MWI Excellent infrastructure and outstanding career development at Heidelberg University (e.g. heiTRACKS
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a team, high flexibility, and very good communication skills are expected We offer: Participation in an interdisciplinary, socio-politically relevant research project with great development potential
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: International research activity; development of a PhD project in the field of literature, theatre, or film (French, Italian, or Comparative Studies) Independent teaching in the area of Italian/Italophone
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for emerging material characterization. Core questions will be how structural motifs control ultrafast excitation dynamics and coherent electronic state evolution in chiral organic molecular semiconductors
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. In collaboration with educational institutions, professional associations, healthcare organizations, and leading experts, this project contributes to the sustainable, long-term development of spiritual
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across star-forming regions and how the stellar feedback of young stars interacts with the ISM in their natal environments. To tackle these scientific questions, we utilize simulations of stellar evolution