Nanoelectronics

“Nanoelectronics” is an essential work for professionals, students, and enthusiasts in the field of Molecular Nanotechnology. Written by Fouad Sabry, this book dives deep into the intersection of nanotechnology and electronics, providing a comprehensive guide to the evolving world of nanoelectronics. Whether you're looking to expand your knowledge or just starting your journey, this book is a valuable resource that explains the significance of nanoelectronics in shaping our technological future

Nanoelectronics-Explore the field of nanoelectronics and its pivotal role in the advancement of technology at the molecular level

Molecularbeam epitaxy-Understand how molecularbeam epitaxy is used to grow thin films for nanoscale electronics, offering high precision in material deposition

Molecular electronics-Delve into the concept of molecular electronics, where molecules are utilized to perform electrical functions at the nanoscale

Silicon nanowire-Learn about silicon nanowires, a key component in the development of nanoscale electronic devices, and their potential applications

Multigate device-Gain insights into multigate devices and their relevance in increasing the performance of transistors at the nanoscale

Nanocircuitry-Understand how nanocircuitry can revolutionize the way electronic circuits are designed and fabricated, leading to faster, smaller devices

Mark S. Lundstrom-Explore the contributions of Mark S. Lundstrom to the field, particularly his work on semiconductor devices and nanoelectronics

Molecular nanotechnology-Learn about molecular nanotechnology and how it intersects with nanoelectronics, paving the way for breakthroughs in material science and electronics

Charles M. Lieber-Study the contributions of Charles M. Lieber in the realm of nanoscience and nanotechnology, particularly in nanoscale electronics

Nanoelectromechanical systems-Discover how nanoelectromechanical systems (NEMS) combine electrical and mechanical properties at the nanoscale, enabling novel applications

Potential applications of carbon nanotubes-Investigate the potential uses of carbon nanotubes in electronics, particularly their role in improving electronic performance and miniaturization

History of nanotechnology-Trace the history of nanotechnology, from its beginnings to the modernday applications in the field of nanoelectronics

Nanochemistry-Delve into nanochemistry and its role in creating new materials and devices for the world of nanoelectronics

Applications of nanotechnology-Explore a broad range of applications for nanotechnology, including its impact on electronics, energy, and healthcare

Hybrid solar cell-Learn about the development of hybrid solar cells that incorporate nanomaterials for enhanced efficiency in energy generation

Carbon nanotube fieldeffect transistor-Understand how carbon nanotubes are being used to create nextgeneration transistors with improved performance and lower power consumption

Carbon nanotubes in interconnects-Study the role of carbon nanotubes in improving the performance of electronic interconnects, allowing faster communication between components

Nanowire-Dive into the world of nanowires and their applications in advanced electronic devices, offering a route to miniaturization and improved functionality

Nanotechnology-Gain a broader understanding of nanotechnology as it intersects with electronics, and explore its potential for future advancements in the field

Nanoengineering-Examine the importance of nanoengineering in the creation of new materials and devices for nextgeneration electronics

JeanPierre Leburton-Learn about JeanPierre Leburton’s contributions to the development of nanoelectronics and his vision for the future of this field