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tunneling microscopy with thin film materials research relevant for next-generation micro- and nanoelectronic technologies. The research will be performed within a collaboration with the Belgium
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spectroscopy (LT-STM/STS) at 5K. We will directly visualize atomic structures and probe the local electronic states of low-dimensional materials with atomic-scale spatial resolution. This master thesis
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focus on costs, material usage, and energy requirements Investigation of materials used today and required in the future, as well as the underlying pre-chains and feedstocks Analysis of the extent to
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electrochemistry, materials science, and engineering, providing an excellent opportunity to contribute to the development of one of the most promising technologies for long-duration electricity storage
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(or be close to completing) a master’s degree in chemistry, chemical engineering, electrochemistry, materials science or a closely related discipline A background in electrochemistry, electrocatalysis
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segregation, interface-related energy losses, and insufficient process reproducibility. Addressing these challenges requires a workflow that connects rapid materials and process exploration with
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You should hold (or be close to completing) a master’s degree in chemistry, chemical engineering, electrochemistry, materials science or a closely related discipline A background in electrochemistry
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FZJ) Optimising the measurement process to achieve the highest possible sensitivity, resolution and reproducibility Measurement of various materials and battery components supplied by the project
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completed Master's degree in Materials Science, Materials Engineering, or a related field with excellent academic performance Strong knowledge of ceramic processing technologies, particularly suspension
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hyperpolarized spin states Constructing instrumentation to do low-field NMR experiments Your Profile Current master studies in physics, chemistry, materials science or similar Basic experience with NMR is