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, workshops, libraries and administration. The Max Planck Institute for Plant Breeding Research conducts basic research on plants and their development using a wide variety of methods, in particular molecular
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implications for research funding, team organization, and innovation policy. Project: Scientific discoveries and technological breakthroughs have shaped the development of humanity for centuries – from
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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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innovation, regional economic development, and structural change, creating opportunities for collaborative research where interests align. The position is initially limited to two years. A permanent contract
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. The flexible dye laser systems require hands-on work in optics (spectroscopy, laser physics) and software development. Data evaluation is an essential part of the project work to distinguish between
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plant breeding. More than 30 research groups study regulatory networks controlling fundamental traits such as reproductive development, organ geometry and growth, innate immunity and microbiome effects
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. Within the framework of an interdisciplinary collaborative project, we are working on the development and investigation of novel refractory high-entropy alloys (HEAs) as potential candidate materials
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analysis and, ideally, initial work experience in this field. You already have experience in conducting incubation experiments. You are interested in the development of analytical methods and have basic
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)Informatics/Data Science or related disciplines is desirable. The positions focus on the development and application of new methods to predict multi-omic traits and phenotypes from large genetic datasets. More
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from space missions to understand the processes and timescales of formation of the Solar System and planets. Development of new geochemical tracers and mass spectrometry techniques with applications