A book of Nanorobotics

About The Book

A few writers started making predictions about the possible physical forms that future medical nanorobots would take in the 1980s and 1990s. A few people produced artistic renderings of their devices. Only the broadest analyses of the potential missions and capabilities have been made up to this point. In many cases, comprehensive technical and engineering studies are still years away. Despite this drawback, some of these designs include many components that are believable as well as others that, in retrospect, might seem imaginative, impractical, or even deadly. These conjectures are still being made today. In order to build robots whose structure is made of tiny items and components, the science of nanorobotics is essential. The characteristics of the nanoscale components Researchers can construct a human mimic at a scale that is practical. Nanorobotics has made it possible to build the many intricate components that make up robots. Some of the fictitious gadgets developed using the knowledge of nanorobotics are nanobots, nanites, nanoids, or nanomites. In the fields of healthcare, cosmetics, aerospace, automotive, security, military, environmental protection, electronics, computers, and communications, nanorobotics will set new benchmarks. We might have small devices inside us within the next two decades that can fight any illness known to mankind, slow down or even reverse the ageing process, and practically make us immortal. This book explains how to become an Internet user who uses a mobile device and how to access all of the online resources available. This book's goal is to provide you with a window into the creation of Internet protocols that can be used to keep network connections stable as you move from location to location.

ISBN 9781666807400
Author Lence Sherman
Publisher OXMAN PRESS
Publication Year 2023
Category Philosophy
Price $184.00

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Lence Sherman is Professor of Control and Robotics. He serves as the Robotics and Automation Society's president. He was the International Foundation for Robotics Research's President. The Japan Robot Association Award for Research and Development went to Lence Sherman. His research interests span the entire field of robotics, with a focus on dextronus manipulator design, tactile sensing and feedback with many functions, and novel actuator design, with telepresence as one of its main application areas. He has written for more than 55 magazines. Carl Peterberg is the head of the department of electronic engineering and professor of control and systems engineering. Prior to that, he worked with 12 industrial partners to establish a five-year research programme on advanced robotics through the government-sponsored National Advanced Robotics Research Centre. Carl Peterberg was the industrial consortium's principal board member, its research director, and the chair of its technical committee. He is a participant in the International Conference on Advanced Robotics' permanent international committee.