Nanoelectronics: Advancements in Electronic Devices and Systems at the Nanoscale

Carbon nanotubes in interconnects-Explores how carbon nanotubes are revolutionizing interconnects, offering faster and more efficient alternatives to conventional materials in electronics

Multigate device-Examines the advancements in multigate transistors, which enable better control over electron flow, leading to improved performance in integrated circuits

Nanocircuitry-Provides insights into the design and functionality of nanocircuits, focusing on their role in reducing size and improving the performance of electronic devices

JeanPierre Leburton-Discusses the contributions of JeanPierre Leburton to the field of nanoelectronics and the implications of his work in advancing nanoelectronics research

Hybrid solar cell-Investigates the integration of nanotechnology with solar cells, highlighting the potential for hybrid devices to improve energy efficiency and sustainability

Nanochemistry-Delves into the intersection of nanotechnology and chemistry, examining how nanomaterials are synthesized and their application in electronics

Molecularbeam epitaxy-Covers the techniques of molecularbeam epitaxy for precise growth of nanomaterials, essential in developing highperformance devices

Nanowire-Focuses on nanowires and their applications in electronics, particularly in the creation of smaller, more efficient devices

Molecular electronics-Analyzes the role of molecules in electronics, emphasizing how molecular electronics is poised to revolutionize the industry with ultraminiaturized devices

Molecular nanotechnology-Explores molecularlevel technologies and their potential to fabricate complex systems with unprecedented precision and efficiency

Nanoelectromechanical systems-Investigates the integration of mechanical systems with nanoscale electronics, enabling innovative new applications in sensors and actuators

Applications of nanotechnology-Highlights the various practical applications of nanotechnology, from healthcare to electronics, showcasing its vast potential

Nanoengineering-Focuses on the engineering principles behind nanotechnology, demonstrating how design and material science work together to create novel solutions

Carbon nanotube fieldeffect transistor-Explores the development and application of carbon nanotubebased transistors, a groundbreaking technology in semiconductor devices

Silicon nanowire-Discusses the use of silicon nanowires in creating smaller and faster devices, paving the way for the next generation of electronics

Potential applications of carbon nanotubes-Examines the diverse applications of carbon nanotubes, ranging from electronics to energy storage, and their transformative impact on technology

Mark S. Lundstrom-Highlights the contributions of Mark S. Lundstrom to the understanding of nanoelectronics and his influence on the development of new technologies

History of nanotechnology-Provides a historical perspective on the evolution of nanotechnology, tracing its development and the key milestones in its progress

Nanotechnology-A broad overview of nanotechnology, explaining its core principles and how it is shaping modern electronics and various industries

Charles M. Lieber-Discusses the pioneering work of Charles M. Lieber in nanoscience and nanoelectronics, emphasizing his groundbreaking research and innovations