Calls for papers

This Collection aims to showcase research on small molecule and crystalline framework polymorphism, with a focus on applications in pharmaceutical and materials sciences, as well as state-of-the-art techniques for the prediction, analysis, and characterisation of polymorphs.

This Collection highlights experimental and theoretical advances in the design, preparation, characterization, mechanistic understanding and application of single-atom catalysts.

This cross-journal Collection highlights advances in methods for chemical protein modification.

This cross-journal Collection invites manuscripts that highlight advances in the fundamentals and applications of multinuclear complexes and small inorganic clusters.

This Collection welcomes the submission of primary research Articles, Comments, Perspectives, and Reviews on the latest advancements in flow synthesis, as well as automation, artificial intelligence, and reactor engineering etc.

This cross-journal Collection welcomes original research and commentary on all facets of electrochemical separations, from materials design to system characterization, scale-up, and analysis.

By fostering a deeper understanding of nitrogen electroreduction, this Collection aims to advance the development of sustainable and scalable processes to balance the nitrogen cycle and decarbonize chemical manufacturing.

This Collection invites innovative research that transforms waste into new materials or products in smart, energy efficient, scalable and eco-friendly ways through polymer upcycling.

In this cross-journal Collection between Nature Communications, Communications Materials, Communications Chemistry, and Scientific Reports we welcome contributions on the latest advancements in Liquid-Crystal Elastomer (LCE) materials investigating LCE design, multi-responsive LCEs, and applications using LCE systems.

This cross-journal Collection highlights methodological developments in instrument design, sample preparation, data acquisition, data analysis, interpretation and integration from different techniques.