This symposium is dedicated to exploring the multifaceted aspects of halide perovskite materials with a specific focus on innovative andsustainable fabrication methods, and how their mechanical, optical, and electric properties can be used in the context of sustainable development.
Researchers are encouraged to share their latest findings to advance our understanding of perovskite materials' role in addressing sustainability challenges. The symposium offers a comprehensive platform for interdisciplinary discussions, covering topics such as sustainable synthesis methods, structure-property relationships, and optical/electrical property optimization. Presentations will delve into innovative and sustainable fabrication methods for perovskite materials, emphasizing environmentally friendly approaches that reduce energy consumption, waste generation, and use non-toxic precursors.
Discussions will focus on methods for characterizing the optical and electrical properties of perovskite-based materials, including light absorption, emission, charge transport, and device performance. Topics will include the optimization of optical properties for applications such as lighting, sensors, and displays, as well as strategies for enhancing electrical conductivity and charge carrier mobility for improved performance in electronic devices. By fostering collaboration and knowledge exchange, this symposium aims to accelerate the development of sustainable perovskite materials with enhanced properties, contributing to the advancement of sustainable technologies.