Preface

The relentless miniaturization in semiconductor technology has paved the way for nanoscale devices to become pivotal components in modern electronic systems. These advancements have brought about unprecedented opportunities and challenges, especially in materials selection and device design. "Semiconductor Nanoscale Devices: Materials and Design Challenges" aims to provide a comprehensive exploration of these cutting-edge technologies, offering insights into both the theoretical foundations and practical implementations.

As the VLSI industry continues to evolve, the reduction in transistor size has been instrumental in integrating more functionality onto silicon wafers and minimizing power consumption. This progress has led to the realization of nano-FET devices using various innovative materials and structures, demonstrating significant potential for low-power and high-frequency applications. The continuous pursuit of enhancing performance while addressing the complexities of nanoscale phenomena underscores the importance of a comprehensive guide to these advancements.

"Semiconductor Nanoscale Devices: Materials and Design Challenges" serves as a concise benchmark for beginners and experienced practitioners alike. It is tailored for those who are just getting started with nanoscale device technology and for those looking to design integrated circuits using novel FET devices. This book aims to be a valuable resource, inspiring new discoveries, innovations, and advancements at the forefront of electronic engineering. We hope that this book will serve as a guide and inspiration for researchers, engineers, and students, unlocking the potential of nanoscale semiconductor devices and contributing to the continuous evolution of electronic technology.