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Chapters Brief Overview:
1: Nanotechnology: Introduction to nanotechnology and its foundational concepts, from atomic manipulation to nanoscale materials
2: Molecular Nanotechnology: Explores molecular machines and the potential for precision engineering at the molecular scale
3: Nanometrology: Discusses techniques for measuring and analyzing nanomaterials, key for advancing nanoengineering
4: Nanomedicine: Highlights the role of nanotechnology in revolutionizing medical treatments, drug delivery, and diagnostics
5: Nanomaterials: Investigates the various types of nanomaterials, from carbon nanotubes to quantum dots, and their applications
6: Green Nanotechnology: Focuses on sustainable practices in nanotechnology, minimizing environmental impact while enhancing performance
7: Nanoengineering: Covers the principles and techniques for designing and fabricating nanoscale structures and devices
8: Drexler–Smalley Debate on Molecular Nanotechnology: Analyzes the historic debate between two pioneers, shaping the future of molecular nanotechnology
9: Nanoruler: Describes the development and application of nanorulers for highprecision measurement in nanotechnology
10: Nanoelectronics: Delves into the future of electronics, where nanoscale devices promise faster, more efficient systems
11: K. Eric Drexler: Examines the contributions of Drexler, one of nanotechnology’s most influential figures, and his vision for molecular machines
12: Nanochemistry: Investigates the chemical properties and reactions that govern the behavior of materials at the nanoscale
13: SelfAssembling Peptide: Discusses the exciting field of selfassembly in peptides and their use in creating nanostructures
14: Productive Nanosystems: Looks at how nanotechnology could lead to fully automated systems capable of selfreplication and mass production
15: MBN Explorer: Introduces MBN Explorer, a software tool for simulating and visualizing molecular systems at the nanoscale
16: Nanomechanics: Explores the mechanical properties of nanomaterials, focusing on strength, flexibility, and potential uses in engineering
17: Nanosensor: Focuses on the development of nanosensors capable of detecting specific molecules and revolutionizing diagnostics
18: Characterization of Nanoparticles: Reviews the techniques for characterizing nanoparticles, essential for optimizing nanomaterial properties
19: History of Nanotechnology: Traces the development of nanotechnology, from early concepts to its presentday applications and breakthroughs
20: Nanomanufacturing: Explores methods for largescale manufacturing of nanostructures, a key step toward commercialization
21: Nanotechnology for Water Purification: Investigates the use of nanotechnology to address global water purification challenges
As the boundaries of science and technology continually expand, Nanotechnology offers a detailed, accessible guide to this dynamic field. Whether you're a student, researcher, or simply a technology enthusiast, this book provides the insights needed to understand how nanotechnology is reshaping the future. Dive deep into each chapter to explore the fundamental concepts, historical context, and cuttingedge innovations driving the next generation of nanoscience.
