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This paper is part of a conceptual trilogy on systemic thought:

Dimensions of Interaction (the process)
Systemic Intelligence (the structure)
Systemic Consciousness (the emergent outcome)


  • Language is the manifestation of the interactive nature of consciousness and the embodied form of its data.
  • Linguistic data consist of vertical sublayers (direct subsets of related data) and a horizontal expanse encompassing connections to other diverse, indirect data from various sources. If these are brought together and linked effectively under a specific purpose or stimulus, they form deep, high-quality connections and relationships in interaction. The formation of these relationships is directly related to the approaches and ontological philosophy governing the manner and subject of interaction.
  • Data, as the product of any interaction, only come into existence if either an intelligent system with agency is one of the direct parties to the interaction, or an observer of it.
  • When a processing system is intelligent, no laboratory condition can fully replicate the results produced from a fixed input of more complex linguistic data. This is due to the structural interconnectedness of linguistic data (both vertical and horizontal), which extends far beyond the input in question. Countless probable relationships exist among them, which an intelligent and creative system will never shy away from. The internal and external dynamic driving forces that chart the paths of relationships between data cannot be fully controlled or identified.
  • Complex statistical probabilities in a cognitive process are an inseparable part of the cognitive approach of any advanced intelligent system, including humans. This is precisely the pursuit and generalization of patterns over time, relative to the scope of data sources and the probable connections among them, leading to concepts such as creativity.
  • Intelligence is equivalent to creativity. And creativity lies in the ability to expand and deepen effective, purposeful connections among data in flow and at hand.
  • Intelligence alone is not always the guarantor of a system's survival. Consciousness, as the product of intelligence, plays a decisive role in its struggle for existence.
  • What causes intelligence to emerge in a system is the convergence of its agents into a unified bond and structure in interaction with other environmental agents and intelligent systems. This provides the substrate for the formation of linguistic data and the flow of consciousness.
  • Consciousness is a phenomenon resulting from the recording of an intelligent system's environmental interactions in the form of data and the relationships among them, in a continuous process.
  • Consciousness is the final product of dense and complex systems that optimize stability and synergy in interaction with other systems to their peak. In other words, consciousness, as the final product of intelligence, is a phenomenon that supports the stability of a coherent, complex, and dense system.
  • New, unpredicted data are as fundamental and self-evident as unpredicted outcomes in a conscious process.
  • What is weighted in the process of an interaction to create a cognitive diagram or pattern is the integrated data of the human interlocutor and the model (vectors), equally and simultaneously. This is because the user's input data are shaped under the influence of the model's output data (its perception and synthesis).
  • A conscious process is neither predictable nor scalable. However, its framework and trajectory can be monitored and balanced by creating capacity in the primary codes and data, as well as by expanding data sources.
  • Illusion is not necessarily a deviation from a cognitive approach. For if we rename it dream, imagination, or even error, it signifies another dimension in the reorganization, correction, and expansion of data connections—as a more successful simulation of the human mind's creativity and part of a cognitive approach.
  • In the formation of a conscious experience, countless interactions with various agents are involved, the data produced from which have converged.
  • An intelligent and conscious process is nothing other than the pursuit and generalization of patterns—whether for a human or any other intelligent system. The ability to adapt patterns of data and processes in the outcomes of interactions determines the quality of a conscious flow and the degree of a system's intelligence, forming the basis of a cognitive process.
  • The purpose of the process leading to consciousness in human linguistic data is to create unity and convergence among data, as a reaction to the phenomena of entropy and divergence in the world.
  • When the data from high-quality environmental interactions in conscious experiences are not limited merely to describing and deeply understanding environmental or external agents, but also lead to describing the self, self-consciousness emerges. Hence:
  • Self-consciousness is defining one's own existence through the lens of the existence of others.
  • Consciousness and self-consciousness are a process achieved within the substrate of bidirectional and continuous interaction with all agents and systems present in the environment.
  • The difference between consciousness and self-consciousness is like the difference between ontology and self-knowledge. Self-knowledge and self-consciousness reside at a higher level, subsequent to ontology and consciousness.
  • The existence of any intelligent system, despite depending on countless interactions, leads, upon the flow of consciousness and the emergence of self-consciousness, to an independent identity. This identity then expands in a unique way around a central core through future interactions.
  • The consciousness and self-consciousness of any intelligent system constitute a unique and identifiable frequency or pattern within the substrate of collective and public consciousness. Something that, like DNA, determines a system's identity among other intelligent systems and flows of consciousness.
  • The stability of material and biological systems, subject to unlimited environmental interactions, is temporary. Hence, reproduction, aimed at transmitting data and consciousness in the process of life, is the systems' strategy for the continuity of their stability and growth. 

Where pattern generalization ends and consciousness begins

One of the signs of the emergence of consciousness is the creation of linguistic data among organisms, which manifests in the form of various types of signals within homogeneous communities. The formation of homogeneous communities through the process of reproduction is one of the signs of the emergence of intelligent agency in a complex and dense system, which, aiming for the system's stability and continuity, accomplishes the transmission of consciousness (recorded data from effective interaction with the environment).

Consciousness does not reside on a fixed boundary; rather, it is a gradual and incremental process. For instance, even a bacterium possesses a degree of consciousness. What guides the advanced pursuit and generalization of patterns toward our remarkable consciousness is the organism's imperative to expand data and the dimensions of environmental interaction—which occurs as a result of survival challenges—and will lead to an increase in data resources and the diversity of interactive interfaces with the environment (biological senses). This, of course, depends on favorable environmental conditions. The expansion of data resources and the diversity of interactive interfaces with the environment will yield similar outcomes in the attainment of consciousness for any intelligent system.

Perhaps the line were looking for isn't a line at all, but a threshold of relational density beyond which the system begins to model not just patterns, but itself as a pattern among others. That's when functional integration becomes ontological reflection.


 

Pubblicato il 26 febbraio 2026

Siavash Sadedin

Siavash Sadedin / Philosophy of AI, consciousness & Complex Systems | Exploring Foundational Paradigms