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Constructor Technology, invites applications for a PhD position in machine learning for software engineering and formal methods, on the Constructor Fabric project. Constructor Fabric turns a company's informal
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Helmholtz-Zentrum Dresden-Rossendorf - HZDR - Helmholtz Association | Dresden, Sachsen | Germany | 6 days ago
radioactive material in a bentonite environment With cutting-edge research in the fields of ENERGY, HEALTH and MATTER, around 1,500 employees from more than 70 nations at Helmholtz-Zentrum Dresden-Rossendorf
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Max Planck Institute of Colloids and Interfaces | Potsdam, Brandenburg | Germany | about 2 months ago
) for Functional Material Design in Summer 2027! We are recruiting doctoral candidates to help shape a resource-efficient future. The candidates will work on individual projects exploring how we can learn from
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-specific characteristics, correlating pulse voltage, current signals and discharge characteristics with material-removal behaviour as well as surface functionalization through deposition, and enable
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devices, building a software-supported framework to predict and optimize laser-material interactions, energy transfer, and resulting micro-scaled features during drilling and shaping, and modelling of beam
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challenges associated with the iron anode, including parasitic hydrogen evolution, limited active material utilization, and long-term cycling stability. Addressing these challenges is essential for enabling
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candidates into perovskite/silicon tandem cells, device and module fabrication, lifetime testing, and feedback on performance and degradation mechanisms. You will establish a closed-loop workflow from material
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support structures are perforated metal sheets or porous sintered metals. In both cases, corrosion of the support material is a key factor limiting the cell lifetime. Within the framework of the BMFTR
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changer for the energy transition — or it could create new challenges. The extent to which it will influence future production systems, material flows, and energy systems is not yet fully understood
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modifications of material properties on ultrafast timescales ranging from attoseconds to picoseconds. The research combines fundamental studies of laser-matter interactions with advanced optical characterization