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candidate for high-power electronics and IKZ is developing processes for industrial scale. This requires also fundamental investigations of the growth kinetics. Within the BMFTR project Epi-Techno-Digital
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electrode materials (such as lithium-iron phosphate and lithium superionic conductors). Operation and continued design optimization of electrochemical desalination cells and processes. Electrochemical
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). The institute also maintains locations in Dedelow and Paulinenaue. The ZALF Research Group on “Soil Erosion and Feedbacks” aims at assessing soil erosion processes driven by wind, water, and anthropogenic
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the process. The implementation of the Future Plan, funded with a total of 660 million euros from the Federal Government and the State of Berlin, will only succeed with strong interdisciplinary national and
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sounding systems Basic knowledge on middle atmosphere dynamics and spectroscopic methods Fundamental programming skills in, e.g., Python, Julia, C/C++. Expertise in automatic data processing and handling
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processing Biomarker analysis in blood samples Molecular biology analysis of blood cells and adipose tissue samples Cell culture experiments with primary human adipocytes Evaluation of results, including
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(FIJI/ImageJ etc.) Ability to work independently and to supervise interns and undergraduates Excellent English (in speaking and writing) and computer skills, knowledge of German is a bonus, but not
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work-life balance. Hands-on experience with microarray design, synthesis, processing, and analysis. Training in CRISPR-Cas9 assays, both in vitro and in vivo. In the case of essentially reciprocal
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). The institute also maintains locations in Dedelow and Paulinenaue. The ZALF Research Group on “Soil Erosion and Feedbacks” aims at assessing soil erosion processes driven by wind, water, and anthropogenic
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gap thin film materials for the next generation of electronic devices. Project description: Process development and thin film material fabrication by MOCVD and ALD process using state-of-the-art