Abstract

Functional materials are pivotal in various technological applications, ranging from electronics to biomedical devices. The field of materials chemistry plays a crucial role in designing and synthesizing these materials with tailored properties. This review explores current trends and future prospects in functional materials design through advancements in materials chemistry. We discuss key strategies, such as Nano structuring, molecular engineering, and hybrid material synthesis, highlighting their impact on enhancing material functionalities. Furthermore, we analyze emerging research directions and challenges, aiming to provide insights into the next generation of functional materials.