The purpose of the study is to conceptualize the phenomenon of vergence of technologies

and innovations in the context of building a society as a complex system by modernizing

the innovation environment. To achieve the goal, general scientific and special-scientific

methods of cognition were used, in particular, dialectical, formal-logical, analysis and

of this approach was in finding multiple solutions to ambiguous problems. The results of

the study confirmed that the vergent interaction of technologies and innovations, the

merging of funds and resources that contribute to the modernization of the innovation

space, their analysis and synchronism, excluded the position of rest in the social system

and, on the contrary, gave rise to a situation of accelerated but controlled dynamism.

KEYWORDS: Technologies, science, innovations, social systems, space.

Recibido: 11/10/2022 Aceptado: 09/12/2022

El propósito del estudio es conceptualizar el fenómeno de convergencia de tecnologías e

innovaciones en el contexto de la construcción de una sociedad como un sistema complejo

mediante la modernización del entorno de innovación. Para lograr el objetivo, se utilizaron

métodos de cognición científicos generales y científicos especiales, en particular: dialéctico,

lógico-formal, análisis y síntesis, sistema-estructural. Se confirma que el concepto de

"vergencia" es el estado de los sistemas en el punto de intersección de procesos divergentes y

convergentes, así como su equilibrio. La vergencia como método de pensamiento creativo se

de reposo en el sistema social y, por el contrario, dio lugar a una situación de dinamismo

acelerado pero controlado.

PALABRAS CLAVE: Tecnologías, ciencia, innovaciones, sistemas sociales, espacio,

complejo.

Recently, there have been multiple changes in the social space. This is not only due to

politics or economic factors in their pure form, but also to the introduction of technology

and innovation. These, in turn, intensively influence the quality of politics and economics,

humanism and morality, make it possible to improve the life of humanity as a whole, rather

than changing individual parts of it.

Otherwise, the meaning of technology and innovation is negated. Their "life cycle" is

disrupted, and the commercial component in the process of intensive "technologization" of

the innovation space generates a "distortion" in terms of the distribution of benefits. "The

technology and innovation life cycle" as a set of stages (includes the birth of technological

innovations and their routinization) should be balanced.

The complexity of society can be characterized as multi-level (polyversum), which is

highly synchronized, but in which multiple events or processes are difficult to understand

and verify. At the same time, the mechanism of synchronicity is very difficult to understand,

absent at the subsystem level and cannot be reduced to the properties of the subsystem

level. A complex society as a virtuality contains n-number of complication moments that

act asynchronously and, in a wave,-like manner, and technology and innovation are vergent

as products of intellectual production (one without the other is practically impossible), but

not vergent as "pure ideas".

The complexity of society as a virtuality is determined by the n-number of its

constituent intellectual-productive elements and the possible links between them. The

degree of complexity is measured by the diversity of intellectual resources and engineering

approaches to the continuous reconstruction of the social system. This diversity

characterizes the number of all possible states of the system.

morality. Spiritual virtuality is displayed with the help of new technologies and innovations

technically in digital images, i.e. conditionally materialized. Virtual reality as an attribute of

a complex society, if it develops constructively, tends towards the creative person, although

it often hyperbolizes the corporeal, material, utilitarian person.

In computer virtual reality, objects are immaterial and non-bodily in the

conventional sense, but they are also virtually corporeal and virtually being. And we can

state that this model of virtuality (spiritual and digital) also becomes a topological

"complexity" when we begin to analyze it.

previous ages, and inspire a lifestyle in which the status quo is challenged and no limits are

accepted upfront (Blok, 2018). Thus innovation can be understood as "movement towards

changes".

Figure 1 shows the following differences:

elaboration)

A key requirement of our time is the rapid transformation of technology and

innovation and its qualitative transition to ever higher levels of technology and progressive

innovation. High-tech today includes such high-tech industries as microelectronics,

computing, robotics, nuclear power, aircraft, space technology and microbiology.

The "timeliness" factor points not only to the significance of the space-time complex

continuum, which is also a changing social space, but also to the "future" as a key goal of

innovative development, contributing to the construction of new images of technology and

innovation.

inhabitants are, at best, in the present, and, for example, some Third World countries and

some countries in Africa are in the past.

Social space, as a complex space, is a fundamental concept, along with social time,

encompassed by collective human consciousness (social awareness). This model of space

depicts the world in its multiplicity, diversity and heterogeneity.

The many processes and objects with which human perception deals are both

divergent and convergent. They only gravitate towards synchronicity and form a complex

spatial image of the world. The vergence of these contradictory qualities of the world is a

prerequisite for human orientation in space and for the effective organization of human

activity (See figure 3).