Recent Progress in Perovskites

This Reprint brings together recent advances in inorganic materials and their emerging applications in optoelectronics, photonics, and energy-related technologies. The collected articles highlight the design, synthesis, characterization, and functional understanding of hybrid perovskites. Together, these contributions demonstrate how precise control over composition, crystal structure, morphology, and interfaces enable improved optical, electronic, magnetic, and plasmatic properties. A common theme throughout this Reprint is the close integration of fundamental materials science with practical device development. The articles present new strategies for tailoring material properties, improving stability and performance, and expanding the functionality of inorganic materials for applications such as light emission, photodetection, sensing, energy conversion, and information technologies. Advanced experimental techniques and theoretical analyses also provide valuable insights into the structure property relationships that govern material behavior. By presenting a collection of high-quality research covering both fundamental discoveries and application-oriented studies, this Reprint offers readers a comprehensive overview of current progress in perovskites research. It serves as a useful reference for researchers working in chemistry, materials science, physics, and engineering, while highlighting promising directions for future innovation in the field.