In-situ and High-resolution Electron Microscopy (B2.3)

We aim for the development of high-resolution, real-time imaging methods to analyze temperature-induced transformations, expanding the material range for laser-printed nanoarchitectures. Our experimental approach is to simultaneously detect the structural, compositional, and crystallographic signals via nano diffraction mapping. Thereby in-situ heating experiments will be applied for the direct visualization of dynamic material transitions as well as a tomographic approach for 3D visualization.