Calls for papers

This themed collection aims to spotlight recent progress in the dynamics and kinetics of excitons in molecular and nanostructured systems.

This Collection aims to gather the latest advances in the topic of inorganic LED, focusing on their fabrication and characterisation as well as their use in timely applications in physical science.

This Collection bring together original research articles in the topic of silicon photonics, looking at latest technology developments as well as their use in timely applications in natural science.

This Collection includes original research articles in the topic of liquid crystals, spanning from their characterisation to their exploitation in timely applications.

This upcoming Collection will feature articles on developing environment and human-friendly materials for electronics and their powering components (e.g. batteries), integrating green materials into electronic devices, and evaluating/improving the performance of these unconventional electronics.

This Collection aims to showcase the latest advances in the topic of organic solar cells, paving the way to sustainable energy technologies.

This Collection brings together original research on the topic of phase change materials, focusing on their growth and characterisation, device fabrication, and emerging applications.

This Collections invites submissions in the topic of non-carbon 2D materials, it spans from their fabrication to their use in the latest technologies for the developments of next generation of systems.

In support of the UN Sustainable Development Goal 13, Climate Action, this Collection welcomes research on the development, implementation, effectiveness, and potential consequences of climate engineering.

This themed Collection addresses the above-described issue by inviting original research that describes the latest advances in understanding the biophysical parameters that dictate the bioink rheology and cross-linking. We also welcome studies that exploit this fundamental understanding to enable the production of complex tissues as well as the modulation of cell function and cell-material interactions.