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Recognizing the potential of and ongoing intense research in aqueous zinc-based batteries, the editors of Nature Communications, Communications Chemistry and Communications Materials welcome submissions of primary research demonstrating significant development in all areas of aqueous zinc-based batteries from key element design and fundamental understanding to integrated battery systems.
This Collection highlights recent publications in Nature Communications and Communications Materials on the discovery of natural materials and their potential applications as biomaterials. We also highlight how lessons learned from Nature can help develop advanced biomimetic materials, and explore their diverse applications.
This Collection brings together the latest computational and experimental advances in machine learning and big data-driven approaches for high-throughput prediction, synthesis, characterization and optimization of new materials.
This Collection focuses on the intrinsic and environmental factors that degrade the performance of organic–inorganic metal halide perovskite solar cells, and approaches to improve their stability and operational lifetime.