Study of Metal Chalcogenide Material for Optical and Electrical Properties

Metal chalcogenide materials offer a complex tapestry of optical and electrical properties that engage researchers from a variety of disciplines, making their study an important area of study in materials science. This abstract light up the dual nature of these materials and their possible uses by exploring the complex interactions that exist between structure, composition, and functioning. The search for new materials with customised optical responses has focused attention on the optical characteristics of metal chalcogenides recently. Optoelectronic device improvements are made possible by the versatile platform provided by the bandgap engineering in these compounds for altering light-matter interactions. A thorough understanding of metal chalcogenides' optical properties is provided by examining their absorption and emission spectra, quantum yield, and nonlinear optical behaviours. This knowledge is essential for the creation of sensors, photodetectors, and light-emitting gadgets of the future.