Integrated Nanoelectronics: Nanoscale CMOS, Post-CMOS and Allied Nanotechnologies PDF - Vinod Kumar Khanna

About Integrated Nanoelectronics by Vinod Kumar Khanna

Integrated Nanoelectronics: Nanoscale CMOS, Post-CMOS and Allied Nanotechnologies is a comprehensive academic and professional reference that explores the rapidly evolving world of nanoelectronics, advanced semiconductor technologies, and interdisciplinary nanoscience. Written by experienced researcher and scientist Vinod Kumar Khanna, the book presents an in-depth examination of nanoscale CMOS technologies, post-CMOS architectures, and the broader ecosystem of nanotechnologies that support the future of electronics and intelligent systems.

Published as part of the NanoScience and Technology series, this work is designed for readers seeking a strong understanding of how modern nanoelectronic systems are evolving beyond traditional semiconductor scaling. The book connects multiple scientific domains including nanomagnetics, nanophotonics, nanomechanics, nanobiotechnology, MEMS, spintronics, graphene electronics, quantum-dot systems, and nanoscale fabrication techniques into one integrated framework. (Springer)

A Deep Exploration of Nanoscale CMOS and Beyond-CMOS Technologies

One of the strongest aspects of this book is its detailed explanation of how classical CMOS technology is approaching physical and practical scaling limits. The text carefully guides readers through the transition from traditional MOSFET devices toward emerging nanoscale transistor architectures and next-generation nanoelectronic systems.

Topics such as short-channel effects, SOI-MOSFETs, Trigate FETs, and FinFET technologies are presented in a structured and technically accessible way. The discussion then expands into advanced post-CMOS concepts including:

Tunnel field-effect transistors

Quantum dot circuits

Single-electron electronics

Semiconductor nanowires

Carbon nanotube electronics

Graphene-based nanoelectronics

Quantum cellular automata

Nanomagnetic logic systems

The book successfully bridges theoretical foundations with engineering applications, making it valuable for both advanced learners and practicing researchers in electronics and nanotechnology. (Springer)

Interdisciplinary Nanotechnology in One Integrated Resource

Unlike many specialized semiconductor textbooks that focus on only one branch of nanotechnology, Integrated Nanoelectronics adopts an interdisciplinary approach. The author emphasizes that modern nanoelectronics no longer exists in isolation and increasingly depends on collaboration between several nanoscale disciplines.

Readers are introduced to interconnected technologies such as:

Nanophotonics for high-speed optical communication

Nanoelectromechanical systems (NEMS) for sensing and actuation

Nanobiosensors for biomedical and chemical applications

Spintronics for magnetic data storage and computation

Nanofabrication techniques including top-down and bottom-up manufacturing

This broader perspective makes the book particularly useful for students and engineers working in areas such as microelectronics, semiconductor engineering, nanoscience, MEMS technology, integrated circuits, materials science, quantum electronics, and emerging computing systems. (Springer)

Clear Structure for Students, Researchers, and Engineers

The book is organized in a progressive manner that helps readers move from foundational nanoscience concepts toward advanced nanoelectronic architectures. Early chapters introduce nanomaterials and nanoscale properties before transitioning into CMOS scaling challenges and supportive nanotechnologies.

Later sections explore future-oriented technologies including molecular electronics, graphene devices, rapid single-flux quantum logic, and advanced nanocharacterization methods. Each chapter includes review exercises and bibliographic references that support further academic study and research exploration. (Springer)

Because of this structure, the book can serve multiple purposes:

Graduate-level university textbook

Research reference for nanotechnology laboratories

Supplementary material for semiconductor engineering courses

Technical resource for electronics professionals

Introduction to post-CMOS and emerging computing paradigms

Technical Depth with Practical Relevance

A major advantage of this work is the balance between scientific depth and practical engineering relevance. Rather than presenting nanotechnology as an isolated theoretical subject, the author continuously relates nanoscale concepts to real-world applications and future technological trends.

Readers interested in areas such as:

1. Ultra-scaled semiconductor devices
2. AI hardware acceleration
3. Neuromorphic computing
4. Low-power electronics
5. Advanced integrated circuits
6. Quantum and spin-based computing

Nanosensors and biosensing systems

will find the material especially relevant. The book also reflects the growing importance of integrating multiple nanotechnologies to overcome the limitations of conventional silicon electronics. (Springer)

About the Author

Vinod Kumar Khanna is an experienced scientist associated with the CSIR-Central Electronics Engineering Research Institute (CEERI) in India. His research career spans semiconductor devices, MEMS technologies, nanosensors, ISFET systems, microsensors, and nanoelectronic applications. His long involvement in advanced electronics research contributes significant practical insight and technical authority to the book. (Springer)

Why This Book Stands Out

Integrated Nanoelectronics stands out because it combines multiple emerging nanotechnology disciplines into one coherent and technically rigorous resource. Instead of treating nanoelectronics, nanophotonics, spintronics, and nanobiotechnology as isolated topics, the book demonstrates how these fields increasingly overlap in modern electronic systems.

For readers searching for books on:

1. Nanoelectronics
2. Nanoscale CMOS
3. Post-CMOS technologies
4. Advanced semiconductor devices
5. Nanotechnology engineering
6. FinFET and graphene electronics
7. Quantum nanoelectronics
8. Spintronics and molecular electronics

this title offers a broad yet detailed foundation that supports both academic learning and advanced research.

Its combination of theoretical explanations, device-level analysis, fabrication discussions, and interdisciplinary coverage makes it an important reference for anyone interested in the future of integrated electronic technologies and nanoscale computing systems. (Springer)