Nanorobotics

“Nanorobotics” is a comprehensive guide to the intersection of nanotechnology and robotics, designed for professionals, students, and enthusiasts alike. This book provides a detailed exploration of the rapidly evolving field of nanorobotics within the context of Nanobiotechnology, bridging science with practical application. With indepth coverage of both the theoretical and applied aspects, this work is essential for anyone passionate about the future of technology and healthcare.

Chapters Brief Overview:

1: Nanorobotics: This chapter introduces the concept of nanorobots, defining their function and significance in modern science.

2: Nanomotor: Explores the engineering and design of nanomotors that power microscopic robots in various environments.

3: Nanoelectronics: Discusses the role of nanoelectronics in enhancing the capabilities of nanorobots and their control mechanisms.

4: Applications of Nanotechnology: Covers how nanotechnology is revolutionizing medicine, materials, and energy.

5: Microswimmer: Introduces the concept of microswimmers, tiny robots capable of navigating through fluids for medical applications.

6: Nanocapsule: Focuses on nanocapsules as delivery systems for drugs, highlighting their therapeutic potential.

7: DNA Nanotechnology: This chapter explores the use of DNA as a material to build programmable, selfassembling structures.

8: Biohybrid Microswimmer: Discusses biohybrid systems that combine living cells with synthetic materials to create efficient microswimmers.

9: Nanomedicine: Reviews the advancements in using nanorobots for targeted medical treatments, diagnostics, and disease prevention.

10: Nanotechnology in Fiction: Explores how nanotechnology is portrayed in science fiction and its influence on realworld research.

11: K. Eric Drexler: Details the work of K. Eric Drexler, a pioneer in molecular nanotechnology and its implications.

12: Nanoscale Plasmonic Motor: Explains the principles of nanoscale plasmonic motors and their use in nanorobotic systems.

13: Joseph Wang: Highlights Joseph Wang’s contributions to the development of nanobots and their applications in medicine.

14: Nanotechnology: An overview of the field of nanotechnology, its scientific foundations, and its future impact on society.

15: Simone SchürleFinke: Examines Simone SchürleFinke’s research in bioengineering and her role in advancing nanomedicine.

16: Molecular Machine: Investigates molecular machines, the building blocks of nanorobotics, and their potential applications.

17: Molecular Nanotechnology: Discusses molecular nanotechnology's potential in manufacturing molecular structures and systems.

18: Ambarish Ghosh: Presents Ambarish Ghosh's research and his significant contributions to the field of nanorobotics.

19: Nanobiotechnology: This chapter integrates nanotechnology with biological systems, focusing on the practical applications in biotechnology.

20: DNA Origami: Explains DNA origami as a method for constructing nanoscale robots using folding techniques.

21: Robert Freitas: Highlights the research of Robert Freitas in the development of nanorobots and their medical applications.

“Nanorobotics” is more than just a technical manual; it is a vital resource for anyone looking to understand the future of medicine, robotics, and nanotechnology. Its interdisciplinary nature ensures it appeals to a wide audience, making it a mustread for professionals, students, and those with a keen interest in cuttingedge scientific progress.