Abstract
Achievements in the investigation of nanomanipulation in robotics are considered. New systems for information processing in real time with a specific man—machine interface are described as applied to the nanoworld. The features of manipulation in the nanoworld, connection mechanisms, and some theoretical models for the calculation of adhesion forces appearing between objects and the field of nanomanipulation are discussed. Examples of nanoassembly are given. It is noted that the creation of nanorobots will provide automation of molecular production by enabling a human operator to control nanomanipulation processes in the normal, usual-dimensional world.
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