ONTOLOGY PROTOCOLS
01. Meta-Ontology of Meaning. Zero Protocol
Revision 1.2
1. Purpose
The Meta-Ontology of Meaning establishes the minimum conditions under which some content can be distinguished, defined, related to other content, and assigned a status within semantic space. It does not directly answer the question: “What exists in reality?” Its primary question is different: “What is necessary for something to be represented at all as a definite meaning?” Therefore, two levels must be distinguished: the Meta-Ontology of Meaning describes the architecture of semantic representation. The Ontology of Reality investigates what exists, how it exists, and how it is structured independently of any particular description. The Meta-Ontology of Meaning must not automatically transfer the structure of human or machine representation onto the structure of reality itself.
2. Principle of Distinguishability
The initial condition of semantic space is distinguishability. For some content to be representable, it must be distinguishable from other content or from the absence of that content. If no distinction can be established, no independent meaning can be established either. Distinction is therefore the operation through which minimal definiteness arises. Distinguishability is not introduced as a separate coordinate of semantic space. It is the minimum condition for the emergence of definiteness. Meaning begins where it becomes possible to distinguish one content from another.
3. Semantic Unit
A semantic unit is distinguishable content to which definiteness can be attributed and which can enter into relations and receive a modal status. A semantic unit may represent: an object; property; relation; event; process; number; idea; hypothesis; fictional object; possible state; impossible construction; concept of absence; abstract structure; subject; value; goal. The presence of a semantic unit does not imply the existence of its referent in reality. Therefore, the existence of a concept as a semantic unit must be strictly distinguished from the existence of what that concept designates. A concept may be defined even when the question of the existence of its referent remains open or when the referent is considered nonexistent.
4. Minimal Architecture of Semantic Space
The reductive and counterfactual analysis conducted so far shows that, at the current stage of research, the minimum stable framework of semantic representation consists of one foundation and two fundamental directions of its further deployment: Definiteness; Relation; Modality. Definiteness → {Relation, Modality} D → {R, M}. This notation does not assert that reality itself consists of three corresponding components. It records the current minimum architecture of meaning representation. The minimality of the architecture of representation is not proof of the minimality of the architecture of Reality. At the present stage of analysis, no necessity has been found to introduce additional independent coordinates for universal semantic representation. This result has a working, not a final metaphysical, status.
5. Definiteness
Canonical definition. Definiteness is that by virtue of which content can be distinguished as precisely this content and differentiated from another. Minimal definiteness arises when content becomes distinguishable relative to other content or to the absence of that content. At this level, this proposition is fixed verbally and is not tied to a particular logical formalization. Symbolic rules of distinction, negation, identity, and non-identity are established by a separate Logical Protocol.
Boundaries of meaning. Definiteness does not automatically mean physical existence, materiality, immutability, completeness of knowledge, truth of assertions about the content, or the presence of a strictly formulated verbal definition.
Function. Definiteness makes the existence of an independent semantic unit possible. Without definiteness, neither relation nor modality can be established, because there must be distinguishable content with respect to which they are established. Definiteness therefore has logical priority within the architecture of semantic representation relative to Relation and Modality. This priority means the necessity of prior distinguishability of content, not temporal or physical causation.
6. Relation
Canonical definition. Relation is a definite correlation between two or more distinguishable semantic units, or between a semantic unit and itself in different aspects. Relation answers the fundamental question: “How is one definite content related to another?”
Boundaries of meaning. Relation does not automatically mean causality, similarity, spatial proximity, temporal sequence, belonging, dependence, or value preference. All of these may be types of relations, but none exhausts the category of Relation.
Function. Relation makes it possible to move from isolated semantic units to structures. Through specialized types of relations, one may describe structure, spatial arrangement, sequence, change, causality, belonging, part and whole, similarity and difference, semantic relatedness, correspondence, social connection, preference, and functional dependence.
7. Modality
Canonical definition. Modality is the status of semantic content relative to the manner of its assertion, realization, or admissibility. It answers the fundamental question: “In what status is this content being considered?” Basic modal distinctions may include: actual; possible; necessary; impossible; presumed; conditional; indeterminate. The specific set of modal values must be developed separately and is not considered finally established by this document.
Boundaries of meaning. Modality is not identical to truth, logical truth value, probability, a subject’s confidence, empirical confirmation, the existence of a concept, or the physical existence of a referent.
Function. Modality makes it possible to distinguish identical or similar content according to the manner of its relation to actuality and the space of the possible. The specific relationship of modality to truth values and rules of inference is determined by a separate Logical Protocol. The modal status of semantic content and the epistemic status of an assertion belong to different levels of description. The terms “presumed” and “indeterminate,” if used as modal values, must receive independent definitions and cannot automatically be identified with hypothesis, insufficiency of knowledge, or epistemic status U. SEM:Modality ≠ EPI:KnowledgeStatus.
8. Operators
In addition to the coordinates of semantic description, a functional layer of operations is required through which semantic units can be transformed, connected, compared, and composed into new constructions. Operators are not additional semantic coordinates. The distinction is fundamental: a coordinate characterizes content; an operator specifies a way of transforming, comparing, or composing contents. This document does not establish a final set of operators, their truth tables, or rules of inference. The specific set of logical operators, rules of their application, admissible truth values, and the corresponding logical system are established by a separate Logical Protocol.
9. Derived Constructions
At the current stage, the following concepts are not considered independent fundamental coordinates: property; state; structure; quantity; space; time; change; process; causality; information; meaning; truth; function; goal; value; subjectivity; society; creation. This does not imply that they are secondary in importance. Derivation and significance are different characteristics. Causality, for example, may be fundamentally important to the structure of reality and central to the entire system of the Creative Causality Research Center while remaining a specialized relational structure within the meta-ontology of semantic description. The semantic representability of causality through the current architecture D, R, M, and O is not proof of its ontological reducibility to these categories. It is therefore necessary to distinguish the semantic primacy of a concept, its reducibility within a system of representation, and the ontological fundamentality of the corresponding phenomenon in Reality.
10. Interface with Reality
A semantic unit is not in itself an assertion about the existence of its referent. At least three levels must be distinguished: 1) semantic unit — the content is defined; 2) assertion — a statement about the content is formed; 3) epistemic status of the assertion — the basis on which the assertion is accepted, rejected, or remains open is determined. Concept ≠ Assertion ≠ Status of Justification of the Assertion. This distinction is mandatory for the entire subsequent Ontology of the Center. This document does not establish a specific system of truth and epistemic statuses.
11. Principle of Ontological Neutrality
The presence of a concept in the Ontology of the Center does not mean recognition of the existence of the object or phenomenon it designates. The Ontology must be able to correctly represent the established, observed, theoretical, hypothetical, disputed, indeterminate, fictional, logically considered, refuted, and impossible. This allows a single semantic system to contain different classes of concepts without conflating their ontological and epistemic status.
12. Principle of Methodological Impartiality
No theory, scientific school, philosophical tradition, religious system, or authorial conception receives a truth advantage solely because of its origin or prevalence. Competing explanations are subject to the same requirements: distinction between the observed and the interpreted; explicit statement of initial assumptions; separation of fact from hypothesis; indication of the causal chain; identification of hidden assumptions; testing for internal consistency; comparison with available observations; and indication of the boundaries of what has been demonstrated. The Ontology must represent competing models in such a way that the distinction between them is preserved and their status is not replaced by the structure of classification.
13. Principle of Preservation of Distinctions
If two contents differ in foundation, function, status, level, or relation, the system must not identify them merely because in some context they produce the same result or admit a similar description. Coincidence of consequence is not sufficient grounds for asserting identity of nature, structure, or causal foundation. Same result ≠ automatically same nature. The Principle of Preservation of Distinctions protects semantic architecture from premature reduction. Integration of content must not destroy distinctions necessary for its correct representation. This principle also applies to the architecture of the Ontology itself: concept and referent, description and reality, element and relation, modality and truth, semantic primacy and ontological fundamentality must not be conflated without separate justification.
14. Principle of Architectural Openness
The present framework is not declared to be a final metaphysical truth and is not assumed a priori to be complete with respect to all possible forms of content. Its status is a minimum working meta-ontological framework that has withstood the current cycle of reductive, counterfactual, and synthetic tests. If content is discovered that cannot be fully represented through Definiteness, Relation, and Modality and derivative constructions over them without semantic loss, artificial reduction, or hidden circularity, the architecture must allow its own transformation. S⁽ⁿ⁾ → S⁽ⁿ⁺¹⁾. Such transformation may include introducing a new independent coordinate, changing the functional layer of operators, revising relations among existing coordinates, or reducing the framework if one of its parts can be strictly derived from the others without semantic loss. Revisability therefore applies not only to content within the architecture but also to the architecture of semantic space itself. The Meta-Ontology must be sufficiently definite for rigorous reasoning and sufficiently open so that its own rigor does not become a limit to further knowledge.
15. Open Problem of Consciousness
Functional aspects of subjectivity can be represented through definitenesses, relations, modal states, internal models, and causal structures. However, this does not yet establish the complete reducibility of phenomenal experience — the presence of an internally given state — to these constructions. Phenomenal consciousness is therefore recorded as an open test of the completeness of the Meta-Ontology of Meaning. It is not prematurely introduced as a fourth fundamental coordinate, but neither is it declared reduced without sufficient grounds.
16. Basic Architecture
At the current stage, the minimum architecture of semantic space has the form: D → {R, M}, where D — Definiteness; R — Relation; M — Modality. In addition to these coordinates, a separate functional layer of operators is provided for, but its specific logical architecture is not established by this document. S⁽ⁿ⁾ = ⟨D, R, M; O⟩. The index n emphasizes the working, developing status of the current architecture. The formula is a compact notation of a construction already defined in words and does not replace its substantive definition. The minimality of this system applies to the current architecture of meaning representation and is not a claim about the final or minimal architecture of Reality itself.
17. Transition to the Logical and Ontological Levels
The Meta-Ontology of Meaning determines how content can be represented, but does not establish a final system of truth values and rules of logical inference. Therefore, the immediate next document must be the “Logical Protocol.” Its task will be to define truth and epistemic states, rules of negation, conjunction, alternative, implication, identity, and other necessary operations without conflating the state of reality with the state of knowledge about it. It must be followed by the “Protocol of Reference and Knowledge Statuses,” defining the transition from concept to referent, assertion, observation, data, interpretation, hypothesis, model, inference, and established knowledge. Only after these levels have been constructed should the upper architecture of the Ontology of Reality be developed.
Canonical formula of the Zero Protocol. Meaning arises through distinction. Distinction forms minimal definiteness. Definite content can enter into relations and receive a modal status. Complex semantic constructions are formed recursively from definitenesses, relations, modalities, and functional operations. The presence of a semantic construction is not proof of the existence of its referent. The minimality of the current architecture of representation is not proof of the minimality of the architecture of Reality. Significant distinctions must be preserved until their reducibility is demonstrated separately. The current architecture is not declared finally closed and allows its own transformation if new content cannot be represented without semantic loss or artificial reduction. The specific logical system, truth values, and rules of inference are established by a separate Logical Protocol. The transition from meaning to an assertion about reality requires a separate protocol of reference and justification.