Silicene

In Silicene, the author examines the advancements in silicene and silicon nanosheets, revealing their properties and promising applications in technology.

The book Silicene provides an in-depth exploration of the advancements in single-layer silicene and its evolution into thicker silicon nanosheets. It delves into the structural characteristics and unique properties of these two-dimensional materials, which are becoming increasingly significant in the field of nanotechnology. With a focus on their potential applications, this work highlights how silicene, being only one atomic layer thick, offers fascinating opportunities for innovation in electronic devices, batteries, and sensors.

Silicene is classified as a nanosheet, possessing large lateral dimensions that can extend up to micrometers while maintaining a thickness of merely nanometers or less. This unique configuration allows for a range of applications, particularly because of its similarities to graphene, another well-known 2D material. The author emphasizes the hot research area surrounding silicon nanosheets and their integration into existing electronic devices, given silicon's status as a primary component in current technology.

Written for researchers and graduate students, Silicene is a comprehensive resource that not only discusses the current state of research but also presents insights into future directions. By examining the implications of incorporating 2D nanostructured silicon into electronic devices, the book illustrates the potential for size reduction and enhanced properties that differ from traditional bulk silicon. This makes it an essential read for anyone interested in the cutting-edge developments in nanomaterials.