The achievements of modern cybernetics and mathematical logic are of much importance to an understanding of the nature of the thinking process. One of the principal tasks which these branches of knowledge set themselves is a study of the laws of thought with the aid of exact mathematical methods and modeling techniques. It goes without saying that neither cybernetics nor mathematical logic can pretend to offer a complete explanation of so complex a process as that of thinking. The physiological aspect, (...) which relates to the fact that life is the specific form of existence of proteins, is outside the framework of cybernetics and especially of mathematical logic. Likewise, cybernetics and logic do not and cannot replace the social sciences in explaining the specifics of the social aspect of the thinking process. (shrink)

The present revolution in science and technology poses complex tasks in the sphere of management of production, tasks determined by the development of technology and technological communications. The essence of these tasks is determined primarily by objective technological and not by subjective organizational factors. The overall complexity of these tasks depends in the first place on the complexity of the development of production and not on the form of control of production adopted. The complexity of present-day production is such, however, (...) that the total mental capacity of the entire adult population would be insufficient to control it effectively. The solution of the problem lies in raising the productivity of labor in control systems, and this is impossible without employment of modern equipment, above all computers. (shrink)

The "mathematization" of knowledge is a historically inevitable process governed by two circumstances. In the first place there is the need for the further extension of knowledge in all areas of human activity, whether it be the study of natural phenomena or the theory of taking decisions in the economic or social sphere. Marx pointed out long ago that a science reaches its highest levels only when it succeeds in making use of mathematics. The second circumstance rendering the process of (...) deepening and broadening the mathematization of knowledge not only necessary but possible lies in the constant development both of mathematics itself and of the technical means broadening the sphere of its application. (shrink)