Nanorobotics: Advancements in Miniature Systems for Precision Engineering and Healthcare

Chapters Brief Overview:

1: Nanorobotics: Explores the core principles and groundbreaking advancements in nanorobotics.

2: Nanobiotechnology: Discusses how nanotechnology is revolutionizing biological systems and healthcare.

3: Biohybrid microswimmer: Covers the creation of biohybrid systems that mimic biological swimmers at the nanoscale.

4: Ambarish Ghosh: Analyzes Ghosh’s contributions to the development of nanorobotics and bioinspired systems.

5: Robert Freitas: Focuses on Freitas’ pioneering work in the theoretical and practical aspects of nanomedicine.

6: Joseph Wang: Highlights Wang’s innovative research in nanomaterials and nanotechnology for environmental and medical applications.

7: Nanomotor: Explores the design and applications of nanoscale motors, key components of nanorobotics.

8: Nanomedicine: Investigates the intersection of nanotechnology and medicine, focusing on diagnostic and therapeutic advancements.

9: Nanoelectronics: Examines the role of nanotechnology in advancing electronics and computing at the nanoscale.

10: DNA nanotechnology: Delves into the use of DNA in creating molecular machines and intricate nanoscale structures.

11: Microswimmer: Discusses the engineering of microscopic swimmers capable of moving in complex environments.

12: Applications of nanotechnology: Outlines various practical applications of nanotechnology across diverse fields.

13: Nanocapsule: Focuses on the development and uses of nanocapsules in drug delivery and other applications.

14: Molecular machine: Explores the concept and development of molecular machines, paving the way for advanced nanorobots.

15: K. Eric Drexler: Reviews Drexler’s influential work on the potential of molecular nanotechnology and nanorobots.

16: Nanotechnology in fiction: Investigates how nanotechnology has been portrayed in science fiction and its realworld implications.

17: Simone SchürleFinke: Focuses on SchürleFinke’s contributions to bioengineering and nanotechnology applications.

18: Nanotechnology: An overview of the field, emphasizing its impact on industries, science, and technology.

19: Nanoscale plasmonic motor: Discusses the development of plasmonic motors and their potential uses in nanotechnology.

20: DNA origami: Examines the innovative technique of DNA origami and its applications in molecular assembly.

21: Molecular nanotechnology: A deep dive into molecular nanotechnology, its challenges, and its future impact.