Foundational Concepts in Cutting Edge Nanotechnology

Description

“Foundational Concepts in Cutting Edge Nanotechnology” offers a comprehensive exploration of this rapidly evolving field. This essential textbook delves into the critical need for practical regulation in developing commercial nanotechnologies, setting the stage for responsible innovation.

Students will gain in-depth knowledge of advanced materials and device engineering, including techniques for improving the performance and reliability of MOS devices via deuterium implantation and managing heating effects in nanoscale systems. The book examines the intricacies of low-dimensional Group III-V compound semiconductor structures and the development of superlattice infrared photodetectors. It provides an analytic approach to RTD ternary inverter operation and covers cutting-edge “bottom-up” approaches for nanoelectronics. Detailed discussions on templated Si-based nanowires, encompassing novel growth modes like SLS and VLS, their synthesis, morphology control, characteristics, and electrical transport, ensure a robust understanding of modern nanoscale fabrication. This text equips students with the foundational knowledge required to excel in this dynamic and impactful scientific domain.

Wendy Lewis holds a Master’s degree in Nanotechnology and Nanoelectronics from a prominent German university. Their expertise encompasses advanced semiconductor structures, device reliability, and novel growth techniques for nanoscale materials.