Physicochemical Nanorobot (PCNR): A Two-Stage Generator of Atomic-Molecular Assembly of the Target Products of Nanotechnology
R. A. BUYANOV
Boreskov Institute of Catalysis, Siberian Branch of the Russian Academy of Sciences, Novosibirsk, Russia
Keywords: nanotechnology, physics, chemistry, solution, phenomenon, function, robot, crystal, nickel, carbide, graphite
Pages: 113-117
Abstract
Predictive analysis of the state and course of works aimed at the construction of nanosized robots of different types and purposes is presented on the basis of literature and own sources of information. Two principally different methods of their construction are distinguished:
1. Molecular assembly or another manual version. The human factor is decisive here.
2. Alternative method. Nature itself creates the functional structures to govern nanotechnologies. The problem is in finding them and programming.
The first method turned out to be too complicated and attractive only in imagination, as in the saying: the devil is in the details.
The second method turned out to be great luck. On the basis of the available knowledge, the previously unknown natural phenomenon possessing the functional structure was found and decrypted. A physicochemical nanosized robot (PCNR) has been created, and the scientific basis of the technology to manufacture PCNR for different purposes have been established.
DOI: 10.15372/CSD2022365
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