Tomographic X-ray imaging techniques offer novel opportunities for studying membranes
and membrane processes in 3D on a spatial resolution not seen before. Traditional 2D …

Non-noble metal catalysts (NNMCs) hold the potential to replace the expensive Pt-based
materials currently used to speed up the oxygen reduction reaction (ORR) in proton …

Magnesium‐based alloys are excellent materials for temporary medical implants, but
understanding and controlling their corrosion performance is crucial. Most nanoscale …

The performance of functional materials is either driven or limited by nanoscopic
heterogeneities distributed throughout the material's volume. To better our understanding of …

Correlative multimodal imaging is a useful approach to investigate complex structural
relations in life sciences across multiple scales. For these experiments, sample preparation …

Biological materials have outstanding properties. With ease, challenging mechanical, optical
or electrical properties are realised from comparativelyhumble'building blocks. The key …

The function-optimized properties of biominerals arise from the hierarchical organization of
primary building blocks. Alteration of properties in response to environmental stresses …

Small-angle-scattering tensor tomography is a technique for studying anisotropic
nanostructures of millimetre-sized samples in a volume-resolved manner. It requires the …

Controlling drug release rate and providing physical and chemical stability to the active
pharmaceutical ingredient are key properties of oral solid dosage forms. Here, we …

Densely resolving subcellular features in biological tissue is key to understanding the
structural basis of organ function. Electron microscopy provides the necessary resolution, yet …