Nanomaterials exhibit unique properties that can be valuable in various applications, from electronics and materials for energy engineering, to medicine. As electronic materials, they can be used to optimise a range of different devices, making them smaller, faster, and more efficient.

This book explores the impact of nanomaterials and nanotechnology on electronic device research. Given the accelerating advancements in semiconductor device miniaturization and the continued integration of nanotechnology and 2D materials (such as graphene and graphene oxide), this timely book examines how the functionality and performance of semiconductor devices can be improved by the application of nanomaterials and nanoscale technologies.

The authors start by covering the foundations of semiconductors and nanomaterial optimization, as well as fabrication technologies. The book then features chapters on the use of nanomaterials in tunnel-based devices, avalanche devices, microwave and Terahertz devices, advanced memory devices, resistive and sensor devices, and more. One chapter examines the use of graphene and graphene oxide. The final chapter looks at how future trends are impacting this field, such as AI-driven device design and post-silicon technologies.

Written by two experienced authors in nanomaterials, this book serves as a core reference for researchers, graduate students, and engineers involved in next-generation semiconductor device fabrication, especially those working on nanoscale and quantum-enabled devices.