TFT-2 parameter

Systemic Functional Relationship Theory of Unified Technological Fields (TSFRUTF)

The "Theory of Systemic Functional Relationships between Unified Technological Fields" (TSFRUTF) is a theoretical framework that aims to identify, list, describe, define, and analyze the systemic functional relationships between the various technologies and technological processes included in the "Technological Fields Theory" (TFT). It is based on the idea that these technologies and processes are not independent of each other, but are interconnected and often influence one another. The TSFRUTF aims to understand how these interconnections affect the development of TFT technologies and technological processes and how they can be used to achieve greater technological progress and to solve the systemic crises facing planet Earth. The TSFRUTF uses different techniques such as correlation graphs to visualize the strength and direction of the relationships between different technological fields. The main objective of the TSFRUTF is to study the systemic functional relationships between the different technologies and technological processes present in the TFT and to understand the mechanisms of unification, that is, of systemic-holistic interdependent connection, of the development processes of such technologies and technological processes. The TSFRUTF can be used to explore how technologies and technological processes of different technological fields interact with each other and how these interactions can impact the development and adoption of those technologies. It can also be used to understand how the technologies and technological processes of a single field can be influenced by those of other fields and how this can in turn affect the development and adoption of those technologies. Additionally, the TSFRUTF can be used to identify opportunities for the development and integration of technologies and technological processes within the different technological fields and to identify any obstacles that could prevent their adoption. Furthermore, TSFRUTF can be used to identify opportunities for synergy and integration between different technologies and technological processes, and to predict the effects of their use on the environment and society. By analyzing the systemic functional relationships between these technologies, the TSFRUTF can help understand how these technologies can be used together to solve the planet's systemic crises and promote the progress of human civilization.

Rigene Project - Technological Fields Theory (TFT)

The "Theory of Systemic Functional Relationships between Unified Technological Fields" (TSFRUTF) aims to identify, list, describe, define, analyze the systemic functional relationships of technologies and technological processes of the "Technological Fields Theory" (TFT), and to understand the mechanisms of unification, i.e. of systemic-holistic interdependent connection, of the development processes of such technologies and technological processes.

It is based on the premise that TFT technologies and technological processes are not independent of each other, but are interconnected and often influence each other. These interconnections can be analyzed using different techniques, such as the correlation graph, which allows you to visualize the strength and direction of the relationships between different technological fields. The TSFRUTF aims to understand how these interconnections affect the development of TFT technologies and technological processes and how they can be used to achieve greater technological progress and to solve the systemic crises of planet earth.

The "Theory of Systemic Functional Relationships between Unified Technological Fields" (TSFRUTF) has as its main objective that of studying the systemic functional relationships between the different technologies and technological processes present in the "Technological Fields Theory" (TFT). To do this, the TSFRUTF is based on the analysis of the interconnections and dand the links of systemic-holistic interdependence between the different technological fields present in the TFT. In this way, the TSFRUTF aims to understand how different technologies and technological processes interact with each other and how their interrelationships influence the development and adoption of the same. Furthermore, the TSFRUTF can also help identify opportunities for synergy and collaboration between different technological fields, in order to promote innovation and technological progress.

The "Theory of Systemic Functional Relationships Between Unified Technological Fields" (TSFRUTF) could be used to explore how technologies and technological processes of different technological fields interact with each other and how these interactions can impact the development and adoption of those technologies. It could also be used to understand how the technologies and technological processes of a single field can be influenced by those of other fields and how this can in turn affect the development and adoption of those technologies. Furthermore, the TSFRUTF could be used to identify opportunities for the development and integration of technologies and technological processes within the different technological fields and to identify any obstacles that could prevent their adoption.

The "Theory of Systemic Functional Relations between Unified Technological Fields" (TSFRUTF) is a theory that aims to understand how TFT technologies and technological processes are interconnected and influence each other, forming a complex system that can be seen as a living organism . By analyzing the systemic functional relationships between these technologies, the TSFRUTF can help understand how these technologies can be used together to solve the planet's systemic crises and promote the progress of human civilization.

The TRFSCTU can be used to identify opportunities for synergy and integration between different technologies and technological processes, and to predict the effects of their use on the environment and society.