An intelligence is a set of rules that drives the functionality of living and non-living adaptive entities in nature. Patterns are encapsulated rules. Any self-organized system is based on the rules of the unicist double dialectics. The ontogenetic intelligence that governs living beings and natural or artificial adaptive entities is founded on this double dialectical structure and rules.

The fact that any self-organized system operates based on the rules of the unicist double dialectics means that double dialectical behavior is the intrinsic structure of adaptive entities, regulating their functional behavior and evolution. Thus, the ontogenetic intelligence of nature can be understood as the universal intelligence underlying all other forms of intelligence.

The discovery of the ontogenetic intelligence of nature, first published in 1998, is grounded in a triadic functionalist structure, unicist binary actions, and unicist double-dialectical functionality.

The ontogenetic intelligence of nature is a foundational, universal intelligence that underlies and regulates the functionality and evolution of all adaptive systems, whether living beings or non-living systems. Double dialectics is embedded in life, forming the basis for higher-order intelligences.

The unicist double dialectics is the ontogenetic intelligence of nature that underlies and governs all adaptive systems found in nature. This includes systems ranging from atoms to human beings. It is also the intelligence that must be embedded in artificial adaptive systems to ensure their self-organization, functionality, and sustainability.

The Functionality of the Ontogenetic Intelligence of Nature

This double dialectics defines how the elements of any adaptive system interact to fulfill a purpose. It establishes the essential structure of all self-organized systems that interact with their environment through binary actions.

It is a universal intelligence that governs the unicist binary actions driving the existence, evolution, and interaction of all adaptive systems—whether physical, chemical, biological, social, or artificial. It is the structural intelligence behind the functionality of living beings, enabling both survival and evolution.

The unicist double dialectics establishes that all actions in adaptive systems are binary and operationally complementary. The first action opens possibilities, naturally triggering a reaction from the environment. The second action complements that reaction, generating results while preventing further, uncontrolled reactions.

This dialectical behavior is the foundational structure of all adaptive systems. It explains how systems organize themselves around a purpose and interact with their environment to ensure both growth and continuity.

While further scientific research is needed to confirm its presence at the subatomic level, the unicist double dialectics, as the ontogenetic intelligence of nature, provides a comprehensive framework to understand and manage the functionality and evolution of all adaptive systems.

Development of the Uncist Ontogenetic Logic

Unicist Ontogenetic Logic emulates nature’s intelligence by defining the triadic structure of adaptive systems: purpose, active function, and energy conservation function. It incorporates the laws of complementation and supplementation, crucial for understanding interactions within systems. 

Supplementation, driven by the active function, fosters growth by adding missing capabilities. Complementation ensures stability through a shared energy conservation function, balancing what entities lack. 

This logic integrates these principles to manage adaptive environments using unicist binary actions: type A actions generate value, while type B actions secure outcomes. By addressing root causes and fostering evolution, it provides a framework for understanding and predicting adaptive functionalities.

Creation of the Unicist AI

Unicist AI, founded on the rules of the unicist ontogenetic logic, expertly manages complex adaptive systems by employing a triadic structure: purpose, active function, and energy conservation function. This structure mirrors nature’s intelligence, addressing each system’s root causes and fostering effective dynamics. 

The AI’s process involves comprehensive conjunctive reasoning, avoiding exclusive disjunctions, ensuring a cohesive understanding of systemic behavior. 

Unicist AI integrates generative AI principles and manages fundamental and operational concepts, achieving enhanced predictions and prescriptions for business applications. 

It engages unicist binary actions to develop outcomes, applying destructive tests for validation. 

Evidence 

Physics

The Functionality of Atoms

This intelligence is not exclusive to the living world. It is also observable in the structure of atoms, which behave as adaptive systems by organizing their electrons in constant interaction with their environment. In this context:

1. Protons represent the purpose,
2. Electrons represent the active function, and
3. Neutrons represent the energy conservation function.

The first binary action—the electromagnetic force—opens possibilities, while the strong nuclear force serves as the energy conservation function, stabilizing the atomic structure. This behavior confirms that atoms function as adaptive systems, and demonstrates a unified field connecting the micro- and macrocosm in physics. Learn more

Chemistry

The Functionality of Chemical Elements

The structure of chemical elements in compound formation reflects the functionality of the ontogenetic intelligence of nature. The purpose is to achieve energetic stability. The active function is defined by valence, which determines each element’s capacity to interact. The energy conservation function is represented by the bonds that ensure the structural integrity of the compound.

Unicist binary actions (UBA) drive this process: UBA A initiates interaction with the environment, opening possibilities, while UBA B complements the reaction by forming bonds that stabilize the system without generating new reactions. Learn more

Biology

The Functionality of DNA

This discovery led to the development of the unicist ontogenetic logic, which maps the structure and functionality of all adaptive systems. The double dialectics can also be observed in the structure of DNA, where:

• A-T base pairs allow for the progression of the replication fork (opening),
  
• C-G base pairs ensure continuity and accuracy (result assurance). Learn more

The Functionality of Enzymes

The unicist logic, which emulates the ontogenetic intelligence of nature, provides a structural approach to understanding the functionality of enzymes as biological catalysts. Its triadic structure defines the purpose, active function, and energy conservation functions of entities, which are materialized through the functionality of binary actions that are part of the natural functionality of enzymes. Learn more 

The Functionality of Motor and Sensory Nervous Systems

Functionality is achieved through the processing of sensory information, the coordination of motor responses, and the regulation of internal states to maintain homeostasis. The motor function, including voluntary movements and reflexes, serves as the system’s active aspect, driving the organism’s interaction with its surroundings. The energy conservation function maintains stability and order within the system, counterbalancing the entropy introduced by the active function. Learn more

The Functionality of Axons

The overarching goal or objective in this scenario is the successful transmission of neural signals that lead to a specific outcome, such as a thought, action, or reaction. Excitatory axons serve as the active function within this framework. Their role is to propagate neural signals, essentially acting as the driver for neural activity. Inhibitory axons, on the other hand, fulfill the energy conservation function. They modulate neural activity, ensuring that the system’s operations are sustainable and do not lead to overstimulation or exhaustion. Learn more 

Functionality in Artificial Environments

Double Dialectics of Learning + Teaching = Knowledge Acquisition
Knowledge acquisition begins with a need to learn, triggered by exposure to real problem-solving situations. This generates a form of uncertainty that is complemented by the teaching process, ensuring the acquisition of knowledge.

Double Dialectics of Productivity + Quality Assurance = Production
Production begins by establishing a productive process, which generates a reaction that demands quality. This is complemented by the quality assurance process to ensure the overall functionality of the productive process.

Double Dialectics of Marketing + Selling = Customer Generation
Customer generation begins with marketing efforts that position the attributes of products and services as first-choice alternatives. This triggers a need for tangible proposals, which is complemented by passive or active selling to ensure results.

Double Dialectics of Empathy + Sympathy = Influence Building
Influencing people starts with an empathic approach that enables understanding others. However, this often generates a non-conscious reaction of inaction, which is complemented through sympathy to effectively influence others.

Double Dialectics of Participation + Non-exerted Power = Leadership
Exercising leadership begins by fostering participation, which generates a reaction of influence directed at the leader. This is complemented by the leader’s non-exerted power, which ensures effective leadership.

Double Dialectics of Desirability + Harmony = Aesthetics

Aesthetics begins by making things desirable, which generates a reaction of surprise. This reaction is complemented by harmony within the aesthetic experience to ensure that it fulfills the counterpart’s expectations.

Conclusion

The discovery of the ontogenetic intelligence of nature, underpinned by the unicist double dialectics, marks a breakthrough in understanding adaptive systems. This discovery introduced the unicist ontogenetic logic, offering a structured approach to manage the functionality, dynamics, and evolution of adaptive systems, both natural and artificial. By establishing this framework, it laid down the principles for developing Unicist AI, a transformative tool that manages the adaptability of adaptive systems through triadic structures and binary actions.

The Unicist Research Institute