Nanorobotics

“Nanorobotics,” part of the Nanomotor series, explores the cuttingedge developments in the field of nanotechnology and its application in creating microscopic machines and systems. From theoretical concepts to realworld applications, this book provides professionals, students, and enthusiasts with a comprehensive understanding of the role nanorobots will play in transforming industries and advancing technology. Dive into the future of molecular motors, biohybrids, and nanomedicine, and explore a world where machines work at the molecular scale

Nanorobotics-An introduction to the world of nanorobots and their potential applications across industries like medicine, manufacturing, and environmental sustainability

Nanotechnology-An exploration of the basic principles behind nanotechnology and how it enables the development of nanorobots and other nanoscale devices

Nanoscale plasmonic motor-Delving into the science of plasmonic motors, a crucial technology in the field of nanorobotics for energyefficient and precise movement at the nanoscale

Ambarish Ghosh-Highlighting the contributions of Ambarish Ghosh in advancing the research of nanoscale devices and the understanding of nanomotor principles

Nanomotor-A deep dive into the design and functionality of nanomotors, key components in developing autonomous systems at the nanoscale level

Nanotechnology in fiction-Examining the role of nanotechnology in science fiction and how it influences realworld research and innovation in nanorobotics

Simone SchürleFinke-An overview of Simone SchürleFinke's work in integrating biology and nanotechnology, particularly in the development of biohybrid microswimmers

Joseph Wang-Exploring Joseph Wang’s groundbreaking research on bioelectronics and the application of nanotechnology in biomedical fields

K. Eric Drexler-A profile of K. Eric Drexler's pivotal influence on molecular nanotechnology and his vision for the future of nanosystems

Applications of nanotechnology-A broad survey of the realworld applications of nanotechnology in fields such as healthcare, energy, and environmental protection

Microswimmer-Understanding the concept of microswimmers, which have potential uses in drug delivery, environmental cleanup, and other nanomedical applications

Nanoelectronics-Investigating the role of nanoelectronics in the development of faster, more efficient computing systems and electronic devices

Biohybrid microswimmer-Discussing the integration of living organisms with nanoscale devices to create biohybrid systems capable of complex movements

Nanocapsule-Focusing on the development of nanocapsules for drug delivery and other medical purposes, providing precise control over the release of therapeutic agents

Molecular machine-An examination of molecular machines and their potential to revolutionize industries by automating processes at the molecular scale

Nanobiotechnology-An overview of the intersection between nanotechnology and biotechnology, with applications in diagnostics, therapeutics, and molecular engineering

DNA origami-A look at DNA origami techniques that are being utilized to create intricate nanoscale structures and devices with potential uses in nanorobotics

DNA nanotechnology-Understanding the potential of DNAbased materials and structures in the creation of selfassembling nanomachines

Nanomedicine-Focusing on how nanotechnology is reshaping the field of medicine, including targeted drug delivery, diagnostic tools, and regenerative medicine

Molecular nanotechnology-A comprehensive look at molecular nanotechnology, its foundations, and its promise to create fully autonomous nanorobots

Robert Freitas-Examining the pioneering work of Robert Freitas, a key figure in the development of nanomedicine and molecular nanotechnology