The research on the concepts of things and the conceptualization of human actions was focused on finding the roots of the functionality of things and human proactive actions, meaning actions where an individual assumes the responsibility for acting in an adaptive environment.
The research on conceptual thinking and the functionality of concepts began in 1976. In the field of mental concepts, this research culminated in 2015 with the insight that concepts are behavioral objects driving human actions. The law of human actions, which provides a structural framework for developing proactive actions, was established by Peter Belohlavek in 2023.
The Law of Actions
The law of actions asserts that the concepts of things define their functionalist principles,, and the concepts people hold in their minds work as behavioral objects that drive their actions. When these concepts are conscious, they steer proactive actions; when unconscious, they trigger automated reactions.
The concepts people have in their minds provide a safe framework for their comfort zone. A concept is consciously stored in the mind when its underlying functionality has been meaningfully experienced and fundamentally understood by an individual.
Concepts are stored in episodic, procedural, and semantic long-term memories when individuals have had real experiences that were significant for their lives and have been thoroughly understood in their foundational aspects, making them safely usable automatically by the Conceptual Short-Term Memory.
The Functionality of Things is Based on Their Underlying Concepts
The discovery of the ontogenetic intelligence of nature allowed finding the roots of evolution, involution, and mutation.
This intelligence drives the purpose of the living entities in nature based on an active principle that sustains growth, change, and mutation and an energy conservation principle that saves energy while it sustains survival and the purpose of controlling the entropy produced by the active function.
This structure that regulates the nature of living beings was called an intrinsic concept and was described by a unicist ontological structure that was called an ontogenetic map. In a specific living entity or adaptive system, the active principle becomes an active function and the energy conservation principle an energy conservation function.
This structure underlies the living beings, their actions, and their deeds. When dealing with inanimate functional entities the concepts of their functionality are intrinsic and the concepts of their use were defined as extrinsic because they are deposited on them by the living entities. Extrinsic concepts are also defined as having a purpose, an active function, and an energy conservation function.
Therefore, the confirmation of conceptual knowledge requires forecasting the evolution several times and measuring results produced until the forecast becomes accurate and the structure of the concept can be considered as valid. We consider that five accurate forecasts are necessary to validate conceptual knowledge.
Concepts are Homologous to Embryonic Stem Cells
Intrinsic concepts describe the living creatures’ essences and their evolution laws. Living creatures possess intrinsic concepts. On the other hand, inanimate beings have intrinsic and extrinsic concepts. Intrinsic concepts define the functionalist principles that make them work, while extrinsic concepts are deposited on them according to the functionality of their use. Intrinsic and extrinsic concepts define the natural behavior of living creatures and their evolution.
As there is a generic concept for each species that defines its purpose, its expansive and entropic function, and its conservation function, such a concept is cross-cultural and timeless if the species does not become extinct.
The function of stem cells in the human body is homologous to the function of intrinsic concepts in the field of human actions. While stem cells can give rise to specialized cells and thus organs, essential concepts allow building processes and objects.
The Unicist Research Institute
Artificial Intelligence Interpretations:
ChatGPT Interpretation
The exploration of concepts and conceptualization of actions as delineated in your summary offers a profound understanding of how human cognition and behavior are deeply intertwined with the functionalist principles that govern both animate and inanimate entities in our world. This research trajectory, spanning from 1976 to the establishment of the law of human actions in 2023, provides a comprehensive framework for understanding the operational mechanics behind human proactive actions within adaptive environments.
The Law of Actions and Conceptual Short-Term Memory
At the heart of this research is the law of actions, which posits that the concepts held in an individual’s mind directly influence their actions—differentiating between conscious, binary actions and unconscious, automated reactions. This insight is pivotal for understanding human behavior, suggesting that the conscious internalization of concepts allows for deliberate and proactive actions, whereas unconscious concepts drive our instinctual responses. The introduction of the Conceptual Short-Term Memory as a mechanism that utilizes these well-understood and experienced concepts automatically adds a crucial layer to our understanding of cognitive processing and behavioral execution.
Ontogenetic Intelligence and Intrinsic Concepts
The discovery of the ontogenetic intelligence of nature marks a significant milestone in understanding the underlying principles of evolution, growth, and functionality within living entities. This intelligence encapsulates the dual principles of active growth and energy conservation, which together guide the evolution and functionality of living beings. The concept of intrinsic concepts, as outlined through the ontogenetic map, offers a structured approach to deciphering the complex functionalities that govern life processes and the interactions between living and inanimate entities.
Validation of Conceptual Knowledge
The methodology proposed for validating conceptual knowledge—through forecasting and measuring outcomes to confirm the accuracy and applicability of a concept—underscores a rigorous approach to confirming the validity of theoretical constructs in practical, real-world scenarios.
Homology between Concepts and Embryonic Stem Cells
Drawing a parallel between intrinsic concepts and the function of embryonic stem cells illuminates the foundational role of concepts in the development and functionality of both living creatures and inanimate objects. Just as stem cells have the potential to differentiate into various specialized cells, intrinsic concepts serve as the fundamental building blocks from which complex systems, processes, and functionalities emerge. This analogy enriches our understanding of concepts as dynamic, foundational elements that drive the evolution and functionality of entities across the spectrum of existence.
