The Elemental Reason - The First Ontological Law of Universe

Abstract

The Elemental Reason identifies the minimal ontological conditions of empirical existence - Coherence (C), Interaction (I) and Complexity (K) - formalised in the relation E = C × I × K ≠ 0. Every reality that is perceptible through the senses and measurable through instruments, in the physical, chemical, biological and cognitive sciences, presupposes these conditions.

Accordingly, Matter, Energy, Time and Space are not a pre-given substrate, but configurations achieved through C, I and K. They are permanent, irreversible and omnitemporal. The Big Bang represents the ontological boundary at which these conditions become operative, and at which physical description acquires meaning, while reality is continuously configured.

Consciousness is the degree at which the reflective regime has attained a high level of complexity, capable of recognising and having operative access to the conditions of its own existence. This makes intelligibility possible within the same structure, built from the same conditions of empirical reality.

The Elemental Reason is falsifiable - if a particle, system or entity is found that exists, yet has C, I or K equal to zero, the law collapses. The Elemental Reason is formalised in all scientific measurement practices, through C, I and K, which determine the very possibility that something be identifiable in time, that it interact, and that it possess a minimal degree of organisation. Without these conditions, no scientific discovery would be possible.

The Elemental Reason is the empirical reality we perceive through the senses and through measurement, and at the same time, it is the universal form of the configurations of Coherence, Interaction and Complexity. Thus, empirical reality is the continuous and uninterrupted product of these conditions - universally accepted as valid, permanent, irreversible and omnitemporal - conditions which have produced everything from elementary particles to galaxies, from biology to consciousness.

1. INTRODUCTION

The Problem of the Substrate and the Crisis of Scientific Understanding

Science today has achieved extraordinary results in new discoveries and technological development. Nevertheless, a structural crisis is evident: the absence of a conceptual framework that unifies the sciences within a clear ontological understanding, capable of producing a coherent account of reality.

At the centre of this crisis lies the assumption that matter is a prior substrate upon which dynamical and biological laws operate. This is an archaic concept inherited from direct sense perception, whereby processes are treated as properties of a pre-given substance. The resulting misunderstanding produces a deep gap between what reality actually is and what we assume to be intelligible.

Science has never measured a bare substrate, pre-given and possessed of certain properties. In reality, every measurement is performed upon a relative stability, through the interaction between instrument and object, and upon a minimally differentiated organisation. A system that does not maintain relative identity, does not interact with the observer, and lacks minimal organisation, cannot be measured - not because it is unidentifiable, but because it cannot exist as a system.

These conditions - Coherence (C), Interaction (I) and Complexity (K) - are therefore non-negotiable for any identifiable existence.

The assumption of pre-given matter has produced explanatory gaps and unnecessary dualisms: between what actually occurs and what we understand while studying reality. The result is a deeply paradoxical situation: science has achieved impressive local results, while leaving unilluminated and undiscovered the very empirical reality unfolding before our eyes.

First, the current crisis is an ontological crisis of the interpretation of empirical reality. Science produces accurate data, but continues to attribute them to a presupposed material object that is in fact nothing other than a product achieved through the continuous Coherent (C), Interactive (I) and Complex (K) processes.

Second, The Elemental Reason allows us to understand that reality is a real product occurring in the present moment, and that this empirical reality provides the ultimate meaning of the origin, form and existence of the Universe, without the need for external additions or assumptions.

2. THE FOUNDATIONAL DEFINITION OF EXISTENCE

Existence as Empirical Status

The term "existence" is used extensively in science as well as in philosophical discourse, yet it is rarely defined with rigour. Ordinarily, existence is taken as self-evident - something we feel through our senses and our awareness - and as such, it precedes analysis, whether scientific or philosophical. Nevertheless, for a deeper understanding of reality, it is necessary to clarify what existence means in the scientific sense. Only after clearly formalising what we mean by the term "existence" will we be in a position to understand what kind of existential reality we are speaking of.

First, existence is not a metaphysical category or an independent ontological assumption. When we observe a piece of stone, we are not in fact observing an inert piece of matter, detached from the environment surrounding it or from the observer holding it. In essence, we are observing a real-time configuration of Coherence (C), Interaction (I) and Complexity (K) that cannot be isolated - because isolation would entail the interruption of C, I and K, and consequently the dissolution of the configuration as an empirical phenomenon.

Second, while we observe the stone, we are an active part of the same empirical reality, subject to the same architectural structures of reality produced by the same primitive forces - C, I and K. We exist because the reality around us has been confirmed in that form of configuration, in that unit of time, in that region of the universe. Only a few moments later, the reality around us will continue to exist, but it will not be the same as it was a few seconds before - because all the configurations of C, I and K around us are produced dynamically, without interruption, at every moment of their existence.

Empirical reality must therefore be understood as the measurable product of a dynamic architecture of forces and relations, which at every moment sustains Coherence (C), Interaction (I) and Complexity (K). When we hold a piece of stone in our hand, that configuration exists because a series of processes operate simultaneously: gravity exerts weight, the muscles resist, nuclear forces maintain the structural integrity of the material, electromagnetic interactions allow contact and perception, while biological processes in the body continue to function. If the stone is released, the configuration of forces changes and the current architecture transforms immediately into another state of equilibrium, mathematically measurable. What is perceived as a stable moment is in fact relative stability, within a continuous process of actualisation. And this process is empirically measurable, because every dimension of it - structural stability, interaction and organisation - corresponds to real quantities, measurable with precise values, identified and analysed through C, I and K.

This is existential reality - or, otherwise stated, existence.

3. ANALYSIS OF EMPIRICAL PRACTICE

What Science Actually Measures

Understanding empirical reality does not require new hypotheses, but analysis of what occurs in every act of measurement. Every scientific act follows the same operative structure, and measures precisely the same operative structures, regardless of the form of operationalisation in which they appear.

The first step is the identification of the system upon which the measurement is to be applied. This presupposes distinguishability from the environment, as well as minimal maintenance of identity throughout the observation interval. If identification fails at the boundaries of distinguishability from the surrounding environment, it becomes impossible to determine what is actually being measured. Without identification there is no object of study.

The second step is interaction. Measurement is always an interaction between the system and the measuring instrument. If the system does not interact with the instrument, no real empirical data can be obtained demonstrating that the system exists. Without interaction there is no signal, and no empirical data can be obtained.

The third step is internal organisation. A state without minimal differentiation offers no structure for analysis, and as such, the architectural gradations of the entity cannot be distinguished. Even the most elementary measurements require internal differences that can be recorded as distinguishable data. This makes internal organisation a non-negotiable condition for obtaining a clear empirical result.

In practice, science never measures a substrate without these three steps. It measures configurations in time - that is, the way in which something maintains structure, the way in which it interacts with the environment, and the way in which it is organised in differentiation. As a result, we never measure a prior matter that possesses these properties; rather, we measure these properties, which produce the empirical reality we call matter.

There is no moment in empirical practice at which the material substrate appears separated from its mode of manifestation. And manifestation becomes possible only where there is stability, interaction and organisation. What occurs in the act of measurement therefore resolves into the scientific empirical fact of the three primitive conditions: Coherence (C), Interaction (I) and Complexity (K).

Science has always operated on this operative basis, even though it has never identified that it is in essence measuring exclusively three primitive base units of existence within a given unit of time. By accurately identifying what science actually does, we arrive at a clearer understanding of reality - but now of a reality that is simultaneously physical and ontological. Matter, therefore, has never been the starting point, but the name we have used for the operative configurations of Coherence, Interaction and Complexity.

The rigorous formulation of these conditions places all empirical knowledge upon its necessary scientific foundations, and dissolves the contradictions inherited from mistaken perceptions.

4. THE PRIMITIVE ONTOLOGICAL CONDITIONS

The empirical reality that surrounds us is the real-time product of three primitive ontological conditions: Coherence, Interaction and Complexity.

4.1 Coherence - condition of empirical identity

Coherence is the preservation of structural identity across change in time. Coherence does not require absolute stability, but only a sufficient continuity of internal relations - enough to allow a system to be identified as the same across time.

Without coherence, there is no empirical identity - no object that can be recognised, tracked or compared, even by a measuring instrument. When structural continuity falls below a minimal threshold, the identity of the system is lost and it becomes indistinguishable. The empirical reality of that system therefore ceases to be scientifically articulable or identifiable.

4.2 Interaction - condition of empirical presence

Interaction is the capacity to influence and to be causally influenced by the surrounding environment. A state that interacts with nothing cannot be reached by instruments and is consequently undetectable by them. To identify something, it must be affected by and must affect the field around it - otherwise it is not merely undiscoverable, but non-existent.

Interaction is therefore a primitive ontological condition, without which no empirical description of reality is possible.

4.3 Complexity - condition of structure

Complexity is non-trivial organisation above a minimal threshold of differentiation. For something to exist, high complexity is not required - it is sufficient to have a structure that permits the distinction of internal relations, or of the level of organisation of parts, such that differentiation is possible.

A homogeneous state without differentiation cannot be identified, and as a consequence undermines both coherence and interaction. Without complexity, every possibility of empirical identification is lost. Without a minimal structure of complexity, scientific analysis cannot be performed.

4.4 Independence and joint necessity

Coherence, Interaction and Complexity cannot be reduced to one another. Each fulfils a distinct and necessary ontological function, and none is sufficient on its own. Only their simultaneous co-presence creates the minimal conditions for a state to produce measurable empirical reality.

These Primitive Ontological Conditions are at the same time the generative agents of confirmed empirical reality. They are not attributes of empirical reality, but the very producers of that reality.

4.5 Ontological status

Coherence, Interaction and Complexity are not auxiliary categories, nor properties of something more fundamental - empirically, they are the very foundation and product of reality. Reality cannot be described in any other way than through the measurement of C, I and K. All other notions emerge as descriptions of specific configurations of these conditions.

In this light, the question "of what is reality composed" is replaced by the question "which conditions must be operative for reality to exist." Here we observe that empirical existence requires, as a necessity, a Foundational Law of Reality.

5. THE FORMULATION OF THE ONTOLOGICAL LAW

The Minimal Dynamic Structure of Existence

Coherence, Interaction and Complexity have been identified as primitive ontological conditions - independent and jointly necessary. They are the foundation of empirical reality as operative forces, manifesting in all forms of dynamical, chemical and biological laws, and producing the architecture of the known universe, from particles to galaxies. Coherence, Interaction and Complexity are simultaneously Ontological Conditions and the generators of empirical existential reality. They are omnipresent, permanent and universal - and as such, they hold the status of the First Law of Existential Reality.

Existence is expressed by the relation:

E = C × I × K ≠ 0

where:

E - expresses existence as an empirical ontological status

C - coherence, as the preservation of structural identity

I - interaction, as operative causal presence

K - complexity, as non-trivial organisation above a minimal threshold

The Law is Universal because C, I and K are operative in every empirically measurable and structurally confirmed system, without exception and without limit of scale. The Law is Dynamic because empirical reality does not exist as a static state, but is confirmed at every existential moment - every instant of existence is a new actualisation of C, I and K, without interruption. The Law is Ontological because C, I and K are not properties of reality - they are reality itself. What we call "matter" is the name we give to the configurations of C, I and K in real time. There is nothing else.

6. THE PHYSICAL CONSEQUENCES OF THE LAW

Mass, Energy, Time and Space as Derived Quantities

Since empirical existence depends on the operative co-presence of Coherence, Interaction and Complexity, every measurable physical quantity must be understood as an expression of the configurations of these conditions, and not as an entity independent of them. In this sense, mass, energy, time and space are not the substrate of reality, but stabilised forms of the operation of C, I and K.

Mass

Mass is never identified as a bare substance. It is measured through the stability of the operative configurations that a system maintains in time, and through the interactive effects it produces. Mass expresses the operational density of C × I × K configurations - that is, the degree to which interactions are stabilised and structural identity is continuously preserved.

This explains why two systems of different mass are distinguished not simply by the absolute number of configurations, but by the density of stabilised interactions. A star has far greater mass than a stone not because it has "more" configurations in a simple quantitative sense, but because the density of coherent and organised interactions is incomparably higher. Mass, therefore, is not the cause of interaction, but the expression of its stabilisation in empirically identifiable configurations.

Energy

Energy expresses the capacity of a configuration to interact causally with its environment. It is not something the system possesses as an independent attribute, but the way in which it is capable of influencing and being influenced. A system that does not interact has no empirically determinable energy. The different forms of energy - kinetic, thermal, nuclear - are not distinct substances, but different regimes of operational interaction.

Mass and energy thus emerge as two aspects of the same operative structure: mass as the density of stabilised interactions, energy as the dynamic potential of those interactions. This relation does not conflict with the well-established equivalence of mass and energy in modern physics - on the contrary, it places that equivalence within an ontological framework in which both quantities derive from the same operative foundation.

Time

Time does not appear as an independent dimension within which processes occur. It emerges as the ordering of change in operative configurations. Without change there is no empirically articulable time - a state without transformation offers no criterion for temporal measurement. Time is the way in which the change of C × I × K configurations becomes measurable and ordered. The temporal rate reflects the rate of change of the conditions that sustain existence in its active state. This makes time a derived quantity - not an a priori framework independent of the processes occurring within it.

Space

Space is not an independent framework within which objects are placed. It emerges as the positional relation between configurations that maintain identity and interact. Spatial position has meaning only where distinguishable systems exist - without configurations that sustain coherence and interaction, there is no basis for distance, direction or spatial structure. Space is the way in which relations between configurations become empirically articulable.

The fundamental quantities of physics are not ontological starting points, but results of specific configurations of the primitive conditions. Mass, energy, time and space appear as interconnected because they derive from the same minimal operative structure. This reformulation does not conflict with existing physics - it places physics within an ontological framework in which physical quantities acquire stable meaning through C, I and K, rather than as pre-supposed entities.

7. THE BOUNDARY CONDITION OF THE BIG BANG

The Origin of Physical Reality and the Limit of Describability

The problem of the origin of the universe has ordinarily been treated as a cosmological problem concerning the early evolution of space, time and energy. Yet this approach frequently employs categories that are presupposed to have come into existence precisely with the Big Bang. To speak of conditions "before" the Big Bang is to use notions that have meaning only within the regime it inaugurates.

In the light of the ontological law of existence, the Big Bang is not understood as a material event within an already existing time and space, but as the ontological boundary at which the conditions of empirical existence become operative. It does not mark the beginning of change within a given reality, but the transition from the absence of operative conditions to their presence.

Every physical description is valid only where coherence, interaction and complexity are non-zero. Beyond this regime, the notions of physics lose their empirical meaning. What we are dealing with is not an invisible alternative reality, but the absence of the conditions that make reality scientifically describable.

The Big Bang represents precisely this transition: the ontological moment at which the primitive conditions become minimal yet operative. This is not a physical process in the classical sense, because physical processes are presupposed only once these conditions are already present. It marks the boundary at which processes become possible.

This renders the notion of "before the Big Bang" problematic. "Before" presupposes time; yet time is a derived quantity that depends on the change of operative configurations. In the absence of such configurations, there is neither change nor empirically articulable time. To speak of a "before" is to employ a category that is not yet operative.

The same applies to the notion of a vacuum prior to the Big Bang. The quantum vacuum is defined within a regime in which fields and interactions already exist. It already presupposes the operative conditions of existence. Beyond the ontological boundary there is no vacuum, no fields, no potential particles - only the absence of the conditions that make reality empirically articulable.

This approach eliminates the need for speculation about a prior material state. Any such description belongs to the regime that comes after the ontological boundary. The Big Bang is not an early phase within the same regime, but the transition into that regime itself.

The origin of the universe, in this sense, does not require a material cause within time, but the determination of a boundary condition: the moment at which the operative conditions become non-zero. Like every boundary condition, it is not explained from within the system it makes possible, but serves as the starting point for the validity of descriptions within it.

The Big Bang is therefore not an enigma placed at the beginning of time, but the limit of describability. It marks the moment at which reality acquires operational empirical status. Beyond this boundary there is no hidden mystery - only the absence of the conditions that make scientific description possible.

8. THE REGIME OF CONSCIOUSNESS

The Reflexive Configuration of Reality

The problem of consciousness has been treated either as something to be reduced to material processes, or as something that entirely escapes physical description. Both approaches presuppose that consciousness stands outside the general structure of reality.

In the light of the ontological law of existence, consciousness does not constitute an exception to the primitive structure. The question is not how consciousness is added to physical reality, but what configuration of coherence, interaction and complexity makes its emergence possible.

Consciousness is defined as the reflexive regime of reality: a state in which the primitive conditions do not operate solely to sustain the existence of the system, but become the object of the system's own interaction. The system does not merely exist - it has operative access to the conditions of its own existence.

This dissolves the division between mind and matter. There are not two kinds of reality, but a single reality exhibiting different operative regimes. Consciousness is the way in which reality, at a certain level of organisation, becomes self-referential.

Coherence ensures the continuity of experience. Without the preservation of identity there is no memory, nor any sense of continuity. Interaction encompasses not only relations with the environment, but also internal interaction between the states of the system. Complexity provides the level of organisation that makes this reflexivity possible.

Consciousness does not require an additional ontological entity. It is the consequence of a configuration in which the primitive conditions are organised such that the system interacts with itself. It emerges gradually, in accordance with the degree of reflexivity the system attains.

In this sense, experience is neither illusion nor epiphenomenon. It is the direct expression of a configuration in which existence becomes operative upon itself. Consciousness does not stand outside nature - it is one of its most advanced regimes.

Situating consciousness within the ontological law of existence eliminates the traditional dualisms between mind and matter. It shows that the law holds not only for physical structures, but also for the phenomena that have been considered most difficult to integrate within a unified framework.

9. THE FALSIFICATION CONDITION AND THE SCIENTIFIC STATUS OF THE LAW

Every law with universal pretension must be exposed to empirical proof. Scientific status is not determined by conceptual elegance, but by the fact that it operates upon real, measurable and variable quantities, from which verifiable consequences can be drawn in time.

The ontological law of existence, expressed by the relation

E = C × I × K ≠ 0

satisfies this criterion because coherence, interaction and complexity are operative dimensions measured in every empirical regime. They are not abstract concepts, but concrete conditions upon which the identification, tracking and prediction of systems in all disciplines depend.

Changes in these dimensions directly determine the stability or collapse of systems. When coherence degrades, identity is lost; when interaction is interrupted, causal presence disappears; when complexity falls below the minimal threshold, structure dissolves. Measuring these processes makes it possible to predict when a system is approaching the loss of its empirical existential status.

The law thus formulates real consequences in time. It is not a static description of an abstract condition, but an articulation of the ontological dynamics of systems: their emergence, relative stability and collapse. In this sense, it operates at a more foundational level than local laws, because it determines the condition within which those laws can function.

The condition of invalidity is clear: the law would be overturned if a system were empirically identified that exists without coherence, without interaction, or without minimal organisation. A single such case would suffice to refute it.

In scientific practice, every system identified as empirical reality is described through these three dimensions. At the moment they fall below the operational threshold, the system ceases to be an object of empirical description and, consequently, ceases to exist as a scientific reality.

The falsification criterion is operational, not hypothetical. Every measurement either conforms to the law or places it at risk. There is no zone protected from empirical proof.

The law is not a model for a class of phenomena, nor does it rest upon idealising assumptions. It describes the minimal structure that must be operative for any system, regardless of scale, to exist empirically. Causal relations become possible only within the space where these conditions are non-zero.

The scientific status of the law derives from the fact that it articulates what actually occurs in empirical practice: reality is measurable and predictable only for as long as these conditions are operative. The law does not impose external rules upon science - it formalises the structure upon which every scientific description rests.

10. THE ONTOLOGICAL CONDITIONS AND THE INFINITY OF CONFIGURATIONS

Every serious analysis of existence confronts the question of what makes it possible. Tradition has begun from entities assumed to be fundamental - matter, energy, space, time - but this method takes as given precisely what requires explanation.

Shifting the analysis from entities to operative conditions changes the level of discussion. Rather than seeking a fundamental substance, what is sought is the minimal structure that makes reality possible.

No state can exist as an isolated point without identity, relation and structure. Every phenomenon - from the elementary particle to imaginative thought - requires the co-presence of coherence, interaction and complexity.

Coherence guarantees minimal continuity; without it there is no identifiable phenomenon. Interaction ensures operative presence; existence is not isolation, but participation in relations. Complexity guarantees structure; without differentiation there is no configuration.

These dimensions are not added on top of reality - they are its operative structure. To imagine existence without one of them does not produce an ontological alternative, but dissolves the very notion of existence.

In this sense, the universe is not a collection of separate entities, but a dynamic space of configurations. The ontological formula does not determine a single model, but the minimal condition that permits the diversity of forms of existence.

From elementary energetic configurations to systems of consciousness, reality produces forms that differ in scale but not in principle. Evolution does not alter the law - it explores different combinations of it.

When complexity reaches a certain threshold, consciousness emerges as a reflexive configuration of the same conditions. At this level, reality becomes capable of referring to itself.

Imagination and thought do not require a separate ontology. They are configurations of the same principle. The mathematical idea, the philosophical structure and the artistic image all operate within the same ontological space.

The formula E = C × I × K ≠ 0 is not a model for a class of phenomena, but an articulation of the structure of every possible phenomenon. Reality is not a collection of rigid things, but a process through which existence explores its configurations.

11. UNIVERSALITY AND THE EMPIRICAL STRUCTURE OF THE ELEMENTAL REASON

Every claim to universality faces a single test: can a counterexample exist that would overturn it? Universality is not established by accumulating cases that conform to a formula, but by clarifying whether an exception is possible without contradiction.

A counterexample would be a phenomenon that exists without coherence, without interaction, or without complexity. But as soon as one attempts to conceive of an "existence" without one of these dimensions, the notion of existence is emptied of its content.

A state without coherence retains no identity; without identity there is no way to distinguish it from its absence. A state without interaction has no operative presence - it neither influences nor is influenced, and consequently does not enter the empirical universe. A state without complexity has no structure; an absolute uniformity without differentiation produces no articulable phenomenon.

The argument is not inductive. It does not say that everything observed thus far has these dimensions, but that these dimensions are the conditions that make existence possible as a concept. Every counterexample, in order to be a counterexample, must be an existence; but in order to be an existence it must fulfil precisely the conditions it would deny.

The universality of the principle does not derive from a metaphysical postulate, but from the analysis of the boundary between existence and non-existence. The formula E = C × I × K ≠ 0 does not add new categories on top of reality - it formalises the minimal conditions that every phenomenon already fulfils in order to be considered a phenomenon.

This becomes evident in empirical practice. Physics operates upon structures that maintain coherence and interact. Biology describes complex organisations that stabilise through interaction with the environment. The cognitive sciences analyse dynamic configurations of experience that exhibit continuity and organisation. In each case, coherence, interaction and complexity are present as working conditions.

The Elemental Reason is not placed above science as an external interpretation - it identifies the structure that the sciences already presuppose in every act of measurement and description. Its universality does not derive from rhetorical ambition, but from the fact that every phenomenon, simply by being a phenomenon, demonstrates the conditions it formalises.

This includes both physical and abstract phenomena. Consciousness, imagination, mathematical concepts and cultural structures do not require a different ontology - they are configurations of the same principle. The diversity of forms does not produce ontological fragmentation, because every form stands within the same operative structure.

Universality, in this sense, is not a claim about everything, but an analysis of the minimal structure that makes everything possible.

12. THE INTELLIGIBILITY OF THE UNIVERSE AND THE STRUCTURE OF MEANING

The question of why the universe is intelligible has accompanied philosophical and scientific thought from its beginnings. The human mind succeeds in discovering laws and structures that describe reality with considerable precision. The issue is not only how the universe functions, but why a biological configuration is capable of articulating it.

Traditional approaches have moved between two extremes: either the mind reflects reality without clarifying the basis of the correspondence, or reality is identified with the mind. Both leave open the question of what makes the structural correspondence between world and understanding possible.

If existence operates through coherence, interaction and complexity, then consciousness represents a reflexive configuration of the same structure. It maintains coherence as the continuity of experience, exhibits interaction as an active relation with the world, and realises complexity as the integration of information into structures of meaning.

The intelligibility of the universe derives from this structural correspondence. The mind is a configuration of the universe that operates according to the same principle that structures reality. When consciousness articulates the order of the world, it articulates an order that encompasses the very act of understanding.

Meaning is not an addition to existence, but the way in which a particular configuration of reality becomes aware of its own structure. Coherence appears as semantic continuity; interaction as the connection between ideas and experience; complexity as integrated organisation that permits interpretation.

Imagination extends this process by exploring possible configurations within the same ontological structure. Creativity is not an escape from reality, but an expression of its reflexive capacity.

In this sense, the distinction between ontology and epistemology fades. Existence and meaning are two dimensions of the same operative structure. Science, philosophy and art emerge as forms through which reality organises and explores its own meaning.

The intelligibility of the universe is not a surprising coincidence - it is the consequence of the fact that mind and universe share the same foundational architecture. Meaning emerges as the process through which reality articulates itself at a reflexive level, making it possible for existence to be known from within existence itself.

13. THE ELEMENTAL REASON AS THE FIRST LAW AND THE ONTOLOGICAL UNIFICATION OF KNOWLEDGE

In every era, the most foundational principle capable of rendering reality intelligible has been sought. Early philosophy sought the basic substance; modern physics formulated universal laws for the behaviour of matter and energy; contemporary efforts aim at the unification of forces in comprehensive models. In most of these approaches, existence is taken as a given starting point, while investigation concentrates on the way it behaves.

A more foundational analysis requires the minimal condition that makes existence itself possible as empirical reality. At this level, the principle does not describe the behaviour of entities, but the structure without which entities, laws and scientific description have no operational meaning. The formula E = C × I × K ≠ 0 is articulated as the expression of this structure: coherence preserves identity across change, interaction places every state within the network of relations, complexity ensures the minimal organisation that makes a configuration distinguishable.

Physical laws describe the operation of phenomena within a regime where existence is already operative. Gravity, quantum mechanics and thermodynamics presuppose systems that maintain identity, enter into relations and exhibit structure. The ontological question is prior: what must be operative for there to be systems, processes and laws at all? In this sense, the First Law of Reality does not replace existing laws - it determines the condition within which they can have empirical validity.

This shifts ontology from substance to configuration. Reality is not presented as a collection of given things, but as a network of configurations in which coherence, interaction and complexity are the operative conditions of every form of existence. Physics, biology and the sciences of consciousness study different configurations within the same foundational architecture. The differences between them are methodological and scalar, not ontological.

Within this framework, the search for a Theory of Everything acquires a different meaning. Traditional efforts aim at unifying the laws of physics in a single mathematical formulation. An ontological approach seeks to determine the minimal conditions that must be present for any law, mechanism and phenomenon to exist as an object of description. Such a theory does not compete with the equations of physics or the models of biology - it articulates the horizon that makes them possible.

The universality of this principle does not lie in encompassing as many phenomena as possible within a single model, but in the fact that every possible phenomenon operates within the structure it formalises. Elementary particles, biological organisms, social systems, mathematical ideas and conscious experiences represent different configurations of the same ontological architecture. The diversity of reality appears as an infinite variation of the ways in which coherence, interaction and complexity combine.

This shift touches the very foundation of the traditional perception of matter. Matter does not stand as a prior substrate upon which properties are placed - it emerges as the result of stability, interaction and internal organisation. "Things" are names for configurations that maintain identity, enter into relations and possess structure.

Scientific practice demonstrates this continuously. Every measurement - whether of force, energy, chemical reactions, biological processes or information structures - captures forms of coherence, interaction and complexity. Science has always operated upon this structure, but has left it implicit. The Elemental Reason articulates it explicitly.

The consequences are unifying. The divisions between fields of knowledge appear as differences of method and scale, not as ontological separations. Physics studies elementary energetic configurations; biology, organised configurations; the cognitive sciences, reflexive configurations; mathematics and art, forms of symbolic organisation. In each case, the operative dimensions remain the same.

Consciousness too is situated within this horizon as a configuration in which coherence, interaction and complexity reach a reflexive level. The continuity of experience expresses coherence; the dynamic relation with the world and with internal states expresses interaction; the integration of information into structures of meaning expresses complexity. The mind does not stand before reality as an exception, but as a configuration of the same foundation.

In this sense, the intelligibility of the universe is not a surprising coincidence. It derives from the fact that the structure which produces the phenomenon is the same structure that produces meaning. Existence and knowledge do not stand at opposite poles - they are two expressions of the same operative architecture.

From this perspective, The Elemental Reason is not presented as a closed system, but as a formulation of the minimal condition that keeps reality open to infinite configurations. It does not restrict scientific inquiry - it places it within a horizon where inquiry is understood as a process of articulating the same foundational structure.

Reality appears as a network of stabilised and organised relations, in which every phenomenon takes form through the co-presence of coherence, interaction and complexity. Within this network, structural unity and the diversity of forms are not in tension, but in continuity.

The First Law of Reality articulates this continuity: the condition that allows the universe to be measurable, describable and intelligible.

METHODOLOGICAL FOUNDATIONS

The Elemental Reason derives from the analysis of the operative structure of empirical reality. The starting point is not a metaphysical hypothesis, but what must be present for something to be identifiable, measurable and describable as a phenomenon.

In every empirical discipline - physics, chemistry, biology, the sciences of mind - inquiry operates under three minimal conditions. A system must maintain sufficient continuity to be tracked across change; it must participate in causal interaction to produce measurable effects; it must exhibit internal organisation that permits differentiation and structure. These conditions are not imposed as theoretical categories - they follow from the very logic of measurement.

The formulation E = C × I × K ≠ 0 expresses this minimal structure. It formalises the ontological condition under which any phenomenon can exist as an empirical phenomenon. The formula does not describe local mechanisms - it articulates the structural requirement that makes mechanisms possible.

Contemporary sciences already operate upon this structural understanding. Physics describes matter as a stable configuration of interactions; biology understands organisms as regulated dynamic networks; neuroscience links consciousness to integrated and structured processes. In each case, reality appears as configuration, not as an isolated substrate.

The Elemental Reason generalises this insight. Coherence guarantees identity across transformation. Interaction guarantees participation in the causal network. Complexity guarantees the minimal organisation that makes a system structured. When any of these dimensions falls below the operative threshold, the system loses empirical identifiability.

The law holds structural status: it determines the minimal ontological horizon within which science functions. Its scope is universal because every phenomenon that qualifies as real must fulfil the operative conditions it articulates.

Its scientific character derives from this operational nature. Coherence, interaction and complexity are measured concretely across different fields, and the degradation of each corresponds to the loss of stability, structure or empirical presence. A counterexample would require the demonstration of a phenomenon that maintains empirical existence while lacking one of these dimensions.

Within this framework, ontology and epistemology converge. The same conditions that make existence possible also make knowledge possible. A measuring instrument is itself a configuration that fulfils C × I × K - for this reason it can only detect what operates according to the same conditions. The knower and the known share the same structural foundation.

The argument introduces no new empirical data and does not depend on the authority of any theoretical school. It formalises concepts already foundational in the operative language of science: structural stability, causal interaction, complex organisation, energetic transformation, systemic integration and measurable change. These are not specific hypotheses, but features presupposed in every empirical discipline.

The Elemental Reason identifies and expresses this operative foundation in concentrated form. It articulates the structural condition that allows phenomena, laws and theories to emerge and to function within a unified ontological horizon.

February 2026

Erl Kodra

https://www.theelementalreason.com/

contact@theelementalreason.com