In recent years, there has been a notable surge of interest in Stanene,
MXene, and Transition Metal Chalcogenides. The chapter offers a comprehensive
exploration of these cutting-edge 2D materials and their multifaceted applications.
Stanene, with its remarkable quantum effects and physicochemical properties, holds
promise for the future of nanoelectronics and optoelectronics. Similarly, MXene and
Transition Metal Chalcogenides exhibit exceptional characteristics that make them
indispensable in various fields, from theranostics to sensor nano-systems and
spintronics. Practical applications often hinge on the successful manipulation of
molecules through quantum dynamics, but limited synthesis methods for 2D materials
pose challenges in this regard. The chapter delves into the structures, synthesis
techniques, and applications associated with these materials, providing a
comprehensive overview of their potential and current advancements. While a
substantial portion of research on these materials has remained theoretical, the chapter
underscores the pressing need for increased experimental endeavours. It serves as an
invaluable resource for researchers, scientists, and professionals interested in
harnessing the unique properties of Stanene, MXene, and Transition Metal
Chalcogenides across a spectrum of innovative applications.
Keywords: Chalcogenides, Doping, Graphene, MXenes, Nanomaterials, Stanene, 2D material.
