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20th century, for many still sounds wildly). Scientific thinking "by likening the
principle" to the created person, and the Kantian "cognition only of the created",
exclude the ancient principle of cognition through the correlation of macro- and
microcosms, although it seems to follow it. This principle is the principle of
recursion, an alternative to the model one. But about the connection of the so-
understood recursion with the "Cosmas", I did not find references to S. Beer
(although I do not exclude that somehow this is somehow implied to them in a
natural way).
It should also be taken into account that the paradigmatic mixture of natural and
artificial occurred during the period of great geographical discoveries, when
Europe, which had been relatively sedentary until then, came into the global
movement – marine primarily. Taking into account the consequences I noted
from the constructions of the historian S.Nefedov, according to which it turns out
that the nomadic tribes and peoples are more inclined to technological
innovations, while the settled ones – to the cultivation of the observed natural
environment (see further in the material "Some speculations about the possibility
of transhistorical continuity ... "), it can be assumed that the new task of science
was just to ensure the emerging nomadic needs of a European person (it is
enough to recall that the Cartesian coordinates arose as a means solving the
problems of navigational navigation), and the principle of assimilating natural
technology became the principle of demystification and desacradization of the
probes, but not the clarification of its processes.
It is in this sense that the world of universal forms, or primordial forms, is not a
world of model constructions: it is not an assimilation or even a reduction, but a
generalization of observations with the question of cause, for in models and
constructive assimilation, formal and objective causality is not taken into account,
whereas in relations forms (for example, platonic solids) already have a mutual
implication, which implies the opening of a potential in a specific form (for
example, the octahedron potency embedded in a simpler tetrahedron).
***
Recursion is not necessarily a hierarchy, that is, a variety does not necessarily
specify a hierarchy. It is possible that the hierarchy is the reduction of the idea of
scale, the model of inter-scale relations that is given out for the structure of the
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real world-for example, in social hierarchies a system of status positions occupied
by individuals is established, but this does not mean that the status corresponds
to what is meant by the "scale of personality" – both by action and by aspirations.
Equipped with the logical principles of classification as a kind of intellectual
operation and its own methodological basis, a hierarchical world view arose long
before the "thinking by models" emerged in the Classical Age, but it was fully
integrated with it.
So, by recursion, in connection with neoconomics, we have, on the one hand, a
polyver- sal multiplicity structure of the form <Г
i
U,Г
j
I> for cases of formalization of
logical-dialogue, communicative, relations and performative speech acts; on the
other hand, the awareness of the model itself, and hence of its structure, with
respect to the concept of recursion, as comparable to the model category by
empirical basis. How, in this sense, should we talk about socio-economic
modeling, based on the presumption of descriptive suitability <Г
i
U,Г
j
I> for the
interpretation of neoconomic theory? That is, what should work with recursion,
similar to modeling, for neoconomics? What does it mean to "model something"
in a recursive sense, according to the above difference between recursion and the
model? This means creating in a smaller (in this case in larger, in other cases – in a
smaller, see above) spatial volume and on a given economic objectivity a certain
workable system (or a certain cluster or content pattern) that has a finite , and
fuzzy in the set-theoretic sense) structure (I will not say yet "viable" in the sense
of S. Beer, so as not to strongly attach to it), connected with the management of
systems of the same complexity of other (primarily large) scales, then reproducing
them or being in barrier-free conditions of reproduction in their resource
environment, for the purpose of further multiplying and influencing other scale
levels.
This also requires an explanation in terms of the concept of integrated design. The
already established recursive system can be given topical, and be naturally or
spontaneously arisen – for example, this can be a bureaucratic hierarchy,
reproduced at different, interrelated, levels of government. It is a different matter
when such a system is the subject of planning or designing.
The trans-scale reproduction of interstate-linked structural levels, each of which is
a full-fledged (non-model) functional, or even the launch of the process of such
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reproduction, is the content of consistent, focused and conscious activity, the key
problematic issue of which is obviously control over its results and consequences
at each stage.
The first thing that comes to mind is that the target inter-scale is achieved by the
interaction of the initial, initiating recursion, a system with other systems of its
own scale for restructuring their functionalities to ensure the existence of a
system of a different (larger) scale. The source system is the source of the sense-
purpose.
So, the first thing that can begin work on the creation of recursion – with the
definition of the minimum "staple space" on which the system is created. Here it
is important to take into account that it is the insignificance, finiteness and, so to
speak, speculative coverage of the space of cybernetic experiments that is the key
to their success; the brightest historical examples here give the middle of XX
century. So, about 300 square meters. meters of the basement of the Krasnoyarsk
Institute of Biophysics for decades, won an experiment to manage the
reproduction of biota in the 1970s against the hectares of an expensive private
American project "Biosphere-2"; on the other hand, the cybernetic experiment of
automated economic management in Chile's relatively small, climatically diverse
and geometrically linear country, based on the correct ("biotopic", by the way)
theory, gave far more encouraging results to the comparatively stillborn concept
of the Soviet OGAS system, uneven expanses of 1/6 of terrestrial land, a losing
Kosygin system of "management instructions" and sunk into oblivion. In view of
what has been said, these examples are clear evidence of model thinking, acting
in abstraction from the category of applicability of the model.
On the other hand, the interaction of the large-scale commensurate oecumene is
quite compatible with the concept of a system of "small groups", built according
to a non-hierarchical principle, as discussed in my very first report to the Center
"Neoconomica" dedicated to local telecom networks. In a certain sense, this
concept can be considered as an "instrumentally secured" version of the "Swiss
model", and a clear representation of the large-scale interaction in the sense of
its "complementarity" – Aescher carpets or the same Voronoi diagrams.
The important news here is the hypothesis that the metastructure <Г
i
U,Г
j
I> can be
a means of describing not only communicative situations, but also recursion,
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