What's Happening?
Nature has launched a collection focused on 2D materials for catalysis, aiming to accelerate the translation of these materials into catalytic technologies that address global energy and sustainability challenges. The collection includes research on the design, synthesis, characterization, and theoretical understanding of 2D materials in catalysis. It covers fundamental studies on reaction mechanisms and applied research in electrocatalysis, photocatalysis, and heterogeneous catalysis for energy, environmental, and industrial processes. The collection welcomes submissions from all authors, provided they fall within the scope of the collection and the journal npj 2d materials and applications.
Why It's Important?
The focus on 2D materials for catalysis is crucial as these materials offer unique properties that can enhance catalytic applications. Their atomically thin architectures allow for precise control over active site exposure and charge transfer pathways, which are essential for efficient chemical transformations. This collection supports research related to affordable and clean energy and climate action, aligning with global sustainability goals. By promoting cutting-edge research, the collection aims to drive advancements in catalytic technologies that can contribute to energy efficiency and environmental sustainability.
