This PrimeView outlines the use of ptychography to obtain high-resolution images for applications across the life sciences, materials sciences and industry.

This PrimeView outlines the principles of atomic layer deposition and highlights its widespread applications — from devices to displays to solar cells.

This PrimeView highlights the experimental workflow of macromolecular crystallography - a tool that uses x-ray radiation to determine the electronic structure of biomolecules and their complexes.

This Primer offers a practical and rational introduction to macromolecular crystallography, whether to engage directly with or to critically assess results, with a focus on understanding the diffraction data, solving the phase problem, building and refining the atomic model, and interpreting the resulting atomic structure.

This PrimeView highlights the capabilities of laser-driven ultrafast transmission electron microscopy, with femtosecond resolution, in materials science, condensed matter and nanophotonics.

Flow biocatalysis uses enzymes in continuous flow reactors to efficiently scale biocatalytic reactions. This PrimeView highlights the different reactor types and example uses of flow biocatalysis.

This PrimeView highlights the metal-organic chemical vapour deposition process for forming 2-dimensional materials from gaseous precursors.

This PrimeView highlights time-domain thermoreflectance (TDTR), a pump-probe technique for measuring heat transfer in materials. The experimental set-up is modular and can accommodate a variety of TDT...

This PrimeView highlights the setup of an amplitude-based kelvin probe force microscope, covers fundamental considerations for data analysis and reproducibility, and describes the various applications...

This PrimeView highlights how diversity oriented clicking is used to generate lead compounds through screening a wide variety of molecules with different clicked groups and thus different 3D structure...