TER - The Elemental Reason

Erl Kodra, December 2025

I. FUNDAMENTAL DEFINITION

The Elemental Reason is the fundamental ontological and dynamic law of Universal Matter: the condition through which existence is realized and maintained as an uninterrupted process. It expresses the fact that no entity, structure, or law exists as a given state, but only insofar as the conditions of its existence are continuously reproduced.

This law establishes that existence is possible only when three conditions are simultaneously operative and non-zero: Coherence, Interaction, and Complexity. These are not accidental properties that reality 'has', but active functions without which the notion of existence loses all ontological and physical meaning. Existence does not precede these conditions; it is their continuous result.

The Elemental Reason expresses that reality does not "stand" but happens. At every scale—from elementary particles to cosmic structures—existence is realized only through uninterrupted interaction that preserves identity and structure. If this process were interrupted even for an instant, existence would not degrade nor transform into another state; it would be completely annulled, because the very conditions that make it possible would have ceased to be operative.

In this sense, The Elemental Reason does not merely describe how matter behaves, but why existence can continue at all. It is the law that establishes the absolute boundary between existence and non-existence, showing that reality is perpetual achievement, not static inheritance.

This law has been active since the first moments of the Universe and manifests in all forms of matter's organization. From elementary particles to atoms, from molecular structures to life, and from life to consciousness, the development of complexity is not a deviation from this law, but its expression in increasingly sophisticated configurations of the same fundamental logic.

When matter reaches the level of consciousness, The Elemental Reason takes on a reflective dimension. For the first time, the process through which existence maintains its own conditions becomes aware of existence itself, through conscious matter. Consciousness does not create this law nor transcend it; it recognizes it and operates within it. At this stage, The Elemental Reason manifests as the capacity to understand and preserve the conditions that make conscious existence possible.

Action against this law, at the level of consciousness, does not merely constitute physical destruction or moral error. It represents an ontological contradiction, where matter in its most advanced form undermines the conditions upon which its own existence as process depends.

For this reason, The Elemental Reason is not one law among others. It is the condition that precedes and supports all other laws: gravity, electromagnetism, thermodynamics, evolution, and every other form of dynamic regularity. Without it, there would be neither entities, nor structures, nor space, nor time, and no other law would have a real field upon which to operate.

The Elemental Reason expresses, in its most condensed form, the fundamental fact that existence is a continuous empirical process, and that the continuity of this process is the only condition under which reality can be.

THE ELEMENTAL REASON AS A FRAMEWORK FOR NEW DISCOVERIES

The Elemental Reason does not present itself as a theory competing with existing science, nor as an alternative interpretation of it. On the contrary, its strength lies in the fact that it aligns completely with all scientific discoveries to date, without requiring revision, correction, or denial of any confirmed empirical result.

Every description that physics has provided until now—from quantum mechanics to relativity, from thermodynamics to cosmology—remains valid and untouched. The Elemental Reason does not intervene in their formulas, measurements, or predictions. It does something more fundamental: it explains why these descriptions work, why reality is such that it can be described by laws, and why these laws are stable in time and universal in space.

Precisely this complete alignment with existing science is what gives The Elemental Reason a unique potential. A framework that does not clash with any empirically known fact, but that connects all of them within a single ontological and dynamic structure, does not close scientific inquiry. It opens it.

By understanding existence as a continuous empirical process—and not as a given state—The Elemental Reason shifts the starting point of scientific questions. The question is no longer only how reality behaves, but what must be operative for it to behave in this way. This shift does not replace the scientific method; it deepens its horizon.

In this sense, The Elemental Reason also functions as a conceptual prerequisite for new discoveries, especially where science encounters its current limits: in the nature of time, in the expansion of the universe, in the relationship between energy and structure, in the origin of cosmic order, and in the conditions for the emergence of extreme complexity.

The fact that the Universe never ceases happening—an empirical fact confirmed by all branches of modern physics—is not merely an observation. It is a guide. The Elemental Reason takes this fact as foundation and shows that every new phenomenon to be discovered must necessarily be an expression of the same fundamental process, in a configuration still unknown.

Therefore, this framework does not claim to have provided final answers. It does something more important: it establishes the conditions under which new answers are possible. Every future discovery that will be empirically confirmed will not be in contradiction with The Elemental Reason, but a new manifestation of it at a scale or regime not yet explored.

In this way, The Elemental Reason does not close the history of scientific inquiry. It places it within a deeper framework where discovery is not random episode, but necessary consequence of the fact that reality is uninterrupted process.

II. UNIQUE FEATURE – ABSOLUTE VERIFIABILITY

The feature that distinguishes The Elemental Reason from any other theoretical formulation ever proposed lies not only in its universality, but in the fact that it is verified directly, continuously, and quantifiably in every real human interaction with matter. The Elemental Reason is not a law that stands beyond empirical practice; it is the structure upon which every empirical practice is built.

Every human action aimed at producing a stable result—whether building machinery, developing an industrial process, conducting a scientific experiment, or even preparing food—follows the same fundamental logic. Before the desired result is achieved, matter is selected, measured, structured, and set into interaction according to clearly defined conditions. There is no exception to this regularity.

In each such case, what is fundamentally done is the quantification of three fundamental conditions of operative existence: coherence, interaction, and complexity. To build a functional machine, materials with specific structural properties are chosen, that is, with sufficient coherence; these materials are placed in controlled interaction with energy, forces, and the surrounding environment; and they are organized into a specific functional architecture, without which the machine would not be able to perform any work. In the absence of any of these conditions, the result is not a dysfunctional machine, but simply the absence of a machinery as system.

The same logic applies to scientific experiment. A chemical reaction is not realized by randomly combining substances, but by precisely determining their stability, interaction conditions, and the structure of the system in which the reaction occurs. Temperature, pressure, concentration, and molecular arrangement are not secondary details; they are concrete ways through which the coherence, interaction, and complexity of the system are quantified. Without this quantification, there is no experiment, only mixing without result.

Even in the simplest actions of daily life, such as cooking, the same structure is followed. A recipe is nothing other than a practical description of the conditions under which matter maintains its coherence, enters into interaction with other matter, and is organized into a new functional form. The amount of ingredients, the order of actions, and the structure of the process are not arbitrary; they are intuitive, yet precise, forms of quantifying The Elemental Reason.

This means that the verification of The Elemental Reason does not occur outside human practice, but within it. Every practical success is the result of respecting these conditions; every failure is the consequence of violating them. The Elemental Reason is not verified as a hypothesis requiring confirmation, but as an operational condition that either is fulfilled and produces result, or is not fulfilled and leads to collapse.

For this reason, the structure of The Elemental Reason can also be expressed in condensed form in formal notation:

E = C × I × K ≠ 0

where the existence of any distinguishable system depends on the simultaneous presence of structural coherence, controlled interaction, and organizational complexity. This formula does not represent a mathematical abstraction, but a summary of what is actually done, every day, in every field of human activity.

In this sense, the claim that The Elemental Reason is the most verified law does not have a declarative character. It expresses a simple empirical fact: no product, no process, and no form of knowledge would be possible if, at its foundation, the precise quantification of matter's coherence, interaction, and complexity had not been done beforehand. The Elemental Reason is not a theory added to existing knowledge; it is the description of the structure upon which all knowledge and all practice are built.

III. THE THREE FUNDAMENTAL CONDITIONS

Coherence (C), Interaction (I), Complexity (K)

The Elemental Reason is expressed through three fundamental conditions, which must be simultaneously present for an entity to exist as a real and distinguishable system. These conditions are not theoretical categories imposed from outside, but real aspects of the way matter organizes itself, functions, and maintains its existence in time.

Coherence, interaction, and complexity do not operate independently. They form a single operative structure, where the absence or degradation of any of them leads to the loss of the system's existence as such. For this reason, they do not represent three alternative explanations, but three dimensions of the same ontological necessity.

1. Coherence (C)

Coherence refers to a system's capacity to maintain its structural identity across time. It expresses the fact that an entity is not merely a heap of elements, but a totality that maintains its form, function, and boundaries against internal and external influences.

At the most fundamental level, coherence manifests as physical stability: the bonds that hold together particles, atomic and molecular structures. At higher levels, it takes the form of mechanical integrity, biological resilience, or functional continuity in complex systems. Without coherence, there is no identity; and without identity, there is no system.

Coherence is not an absolute state, but a measurable quantity. In practice, it is assessed through material resistance, structural tolerances, thermal stability, elasticity, mechanical fatigue, or biological tissue resilience. When these values fall below a critical threshold, the system does not gradually degrade into another form of existence, but ceases to exist as the system it was.

2. Interaction (I)

Interaction represents a system's capacity to enter into continuous exchange with its environment. No real system exists in absolute isolation; its existence depends on the flows of energy, matter, or information that connect it to the reality around it.

At the physical level, interaction manifests as force, radiation, heat, or chemical reaction. In technical systems, it takes the form of energy supply, signal transfer, material circulation, or information communication. In living organisms, interaction is metabolism, respiration, nutrition, and response to environment.

Interaction is always measurable. It is monitored through fluxes, intensities, speeds, pressures, and exchange capacities. When interaction is interrupted or falls below the necessary minimum level, the system can no longer maintain its coherence, regardless of how strong or stable it may appear structurally. Absolute isolation is not a form of existence, but a condition of collapse.

3. Complexity (K)

Complexity refers to the level of internal organization that allows a system to perform a specific function. It is not simply related to the number of components, but to the way they are arranged, connected, and coordinated in a functional structure.

A heap of parts, however large, does not constitute a functional system without a specific architecture. Complexity is what distinguishes a structure capable of action from a material mass without function. At the biological level, it manifests as cellular organization and functional differentiation; in technology, as system architecture, subsystems, and redundancy; in society, as institutions and role division.

Complexity is also measurable. It is assessed through functional capacities, degree of organization, number and connection of subsystems, and the system's ability to maintain function against changes. When complexity falls below the necessary level, the system may remain physically intact, but loses the capacity to exist as a functional system.

4. Unity of the Three Conditions

Coherence, interaction, and complexity do not constitute three independent factors that can compensate for one another. They are interconnected in such a way that each is necessary for the validity of the others. A system with high coherence but no interaction is destined to extinguish; a system with continuous interaction but insufficient organization cannot produce function; a complex system without structural coherence disintegrates.

This relationship explains why existence is not gradual in the ordinary sense, but conditional. Systems exist for as long as all three conditions remain above their critical threshold. When one of them falls, existence as a distinguishable system ceases.

In this way, the three conditions of The Elemental Reason are not merely analytical categories, but constitute the fundamental grammar of organized reality. They describe the way matter maintains itself in existence and prepare the ground for understanding the essential distinction between different forms of existence.

IV. THE TWO REGIMES OF EXISTENCE

The Regime of Permanence and the Regime of Temporality

The three conditions of The Elemental Reason—coherence, interaction, and complexity—operate at all levels of reality, but not in the same way. The fundamental distinction among different forms of existence lies not in the nature of matter, but in the manner in which these conditions are present and how they are maintained in time. This distinction can be described as the division between two regimes of existence: the regime of permanence and the regime of temporality.

These regimes do not represent two separate worlds, nor two types of substances. They are two ways in which the same matter exists, depending on whether the conditions of existence are given in a stable manner or must be continuously maintained.

1. The Regime of Permanence

Existence as state realized through fundamental interaction

In the regime of permanence, coherence, interaction, and complexity are present in a fundamental and relatively stable form, but this stability is not static. It is realized through continuous physical activity at the most elementary level of matter. Elementary particles, atoms, and basic structures of reality exist only because they interact without interruption, maintaining their identity through real and measurable processes.

In this regime, interaction is not metaphor nor abstract presence of laws, but concrete physical action. Electrons do not "stand" around the atomic nucleus as immobile objects; they exist only through continuous movement and interaction with corresponding fields and charges. Precisely this activity makes the electron perceptible as a physical entity. If this interaction were interrupted even for an instant, the electron would not degrade into another state—it simply would no longer exist as a distinguishable entity.

The same logic applies to every larger structure. Atoms exist because interaction among particles is maintained stably; molecules exist because atomic bonds are active processes; celestial bodies exist because an extraordinarily large number of particles maintains a common coherence through uninterrupted interaction. The mass of a planet is not merely an accumulated quantity of matter, but the expression of a coordinating process that is kept active at every instant at the most fundamental level of constituent particles.

In this sense, coherence in the regime of permanence is not a frozen state, but stability produced by continuous activity. Interaction is the physical condition that maintains this stability, while minimal complexity is the structure that allows the system to preserve its identity as unity. These conditions do not require external regulation or corrective intervention, because they are integrated into the very basic functioning of physical reality.

For this reason, existence in this regime is perceived as stable and predictable, even though it is realized through uninterrupted activity. Collapse occurs only when the physical conditions that maintain this interaction active change drastically. In this precise sense, fundamental matter does not "stand" in existence; it exists only by continuously realizing it, through its concrete and uninterrupted interaction.

2. The Regime of Temporality

Existence as achievement

In the regime of temporality, the three conditions of The Elemental Reason are acquired and maintained through active processes. This includes all forms of high organization: cells, organisms, ecosystems, human societies, and, at their peak, consciousness.

In this regime, coherence is not guaranteed, but must be maintained through internal regulatory mechanisms. Interaction is not merely a consequence of physical laws, but a continuous exchange process that must be kept in equilibrium. Complexity is not minimal, but high, intricate, and sensitive to disturbances.

Existence here is a deep and complex process. It requires energy, information, regulation, and time. For this reason, forms of existence in this regime are necessarily temporary. They do not collapse because they are "weak," but because they are built upon a high level of organization that must be continuously maintained above the critical threshold.

3. Life as Transition Between Two Regimes

Life represents the transition point between these two regimes. It is the first form of existence where the maintenance of conditions no longer occurs automatically, but requires internal mechanisms of self-regulation. Metabolism, reproduction, and adaptation are not secondary features of life, but concrete ways through which coherence, interaction, and complexity are maintained in time.

In this sense, life is not an anomaly in the universe, but a direct consequence of The Elemental Reason when the conditions of existence reach a level of organization that can no longer be maintained without active action. This makes life a fundamentally temporary, but also fundamentally meaningful, phenomenon.

4. Consciousness as the Most Fragile Form of Existence

Consciousness represents the highest and most fragile manifestation of the regime of temporality. It requires an extreme level of coherence, uninterrupted interaction with the environment, and extraordinary organizational complexity. For this reason, consciousness is not merely a mental state, but a temporary ontological achievement.

The fragility of consciousness is not a defect, but a direct consequence of its high level of organization. The higher the complexity, the more sensitive existence becomes to the disruption of the conditions that maintain it. This explains why consciousness is not permanent and why it requires protection, care, and continuous regulation.

5. Ontological Consequences of the Two Regimes

The distinction between these two regimes of existence removes any need for mysterious or dualistic explanations. There is no "dead matter" and "living mind" as separate substances. There is only matter that exists in different ways, depending on how the conditions of existence are maintained.

This distinction prepares the ground for understanding why life and consciousness are neither cosmic accidents nor predetermined purposes, but natural manifestations of The Elemental Reason in the regime of temporality. It also explains why the preservation of these forms of existence requires real responsibility, not as moral choice, but as ontological necessity.

V. THE ONTOLOGICAL ARCHITECTURE OF ORGANIZATION

Why reality forms stable structures at every scale

1. The Ontological Problem of Organization

One of the most fundamental questions of ontology is not simply what exists, nor only how things that exist behave, but why reality displays stable, organized, and repeatable structures at different scales, instead of remaining a chaotic distribution of transitory processes. Modern physics describes with high precision the interactions among particles, fields, and energy; however, the very fact that these interactions produce stable forms—atoms, molecules, macroscopic bodies, organisms—is usually taken for granted.

Dynamic laws tell us how systems behave, but they often do not stop at the question of why the very possibility of stable systems exists. In principle, a universe could have the same dynamic laws and yet result in a reality where structures either do not form, or disintegrate immediately. Nothing in a formal formulation, taken in isolation, necessarily guarantees the existence of stable structures at every scale. But the observable universe is, on the contrary, filled with forms that maintain their identity in time and display organization.

Classical metaphysical tradition has addressed this by assuming regulatory principles external to matter: ideal forms, telos, or transcendent will. These solutions, though historically powerful, displace the problem: if order requires an external source, the order of that source must be explained.

A more radical alternative is to take seriously the idea that the tendency toward organization does not impose itself on matter from outside, but springs from its very ontological structure. This requires that the notion of "self-organization" not remain descriptive, but become explanatory: what are the minimal conditions that make organization possible and stable at every scale of reality?

2. Identity of Fundamental Units and Distinction from Similarity

Every serious analysis must begin with a fundamental distinction: similarity is not identity. Two objects can be very similar without being ontologically identical. In the world of human productions, similarity is the maximum possible: two objects of the same series share design and function, but differ in history, position, and microscopic details.

At the fundamental level of physical reality, the situation is essentially different. Fundamental units of the same type—electrons, photons, quarks—are not merely similar; they are ontologically indistinguishable. There exists no physical criterion to make two electrons different "individuals" with internal identity. This fact is not merely a limitation of our knowledge; it is a feature of reality itself.

This has profound consequences for stability and repeatability. If fundamental units were only similar, the universe would require additional information to specify the differences between each instance. In such a reality, lawfulness and structural stability would become extraordinarily fragile. The identity of fundamental units eliminates this problem: specification of type suffices, not of individual. This is an ontological economy that makes the construction of stable structures possible.

This identity does not remain at the micro level. It is transmitted upward through the hierarchy: an atom in the same physical state is equivalent to any other atom of the same state; atomic spectra are identical even at cosmic distances. Diversity at the top does not spring from difference in units, but from the multiplicity of possible configurations. Identity at the base is what makes distinction at the top possible.

3. Hierarchical Architecture and the Emergence of Stability

The identity of fundamental units is the foundation, but not the entire explanation. The subsequent question is how identical units can produce increasingly complex structures without losing stability. Empirical reality responds with hierarchy: organization occurs through intermediate levels, where each level integrates previous units into a new structure that maintains its own identity.

At each step, properties emerge that are not found in isolated components: atoms have properties that their constituent particles do not have; molecules have properties that isolated atoms do not have; cells have properties that dispersed molecules do not have. This emergence is not a violation of lower-level laws: basic laws continue to apply, but they do not suffice to describe the totality.

This process is closely linked to stability. The new structure is not random configuration, but stable form that maintains its identity through multiple interactions. In organized systems, stability is not static; it is dynamic: maintenance of form through continuous exchanges of energy and matter. The higher the complexity, the more regulatory mechanisms become—and often, precisely here, complexity transforms from source of fragility into source of resilience.

4. Why Laws Are Universal

The universality of natural laws is often taken as basic fact: laws apply equally everywhere and always. But why should this be so? A universe with local or historically variable laws is conceptually thinkable. The fact that our universe is not like this requires ontological explanation.

This explanation does not lie in mathematical formulas as such, but in the architecture that makes them applicable. Laws are universal because the subjects of laws are universal: fundamental properties (mass, charge, spin, etc.) are the same wherever they appear. It is not the "law" that imposes uniformity; it is the identity of matter that makes the uniformity of law inevitable. A law that would operate differently on two electrons in different places would presuppose that these electrons are ontologically different. Since they are not, such a distinction is impossible.

The distinction must be made between laws and configurations: laws are universal, but the configurations they allow are historically and locally different. The diversity of forms does not contradict universality; it becomes possible only because of it. Only if basic rules are stable can complexity be built, maintained, and accumulated.

5. From Architecture to Minimal Condition: E = C × I × K ≠ 0

Thus far we have an ontological panorama: identity at the base, hierarchical organization, and legal universality. But the minimal formulation that says, without ambiguity, what any entity must fulfill, regardless of its scale, to exist as a distinguishable entity, is still missing. This is where The Elemental Reason enters.

Every entity must maintain coherence (structural identity in time), be in interaction (have effects and be affected by effects), and have complexity (internal structure, however minimal). These are not three independent properties that can substitute for one another; they are co-conditions. Coherence without interaction is closed existence, practically indistinguishable from non-existence; interaction without coherence is instantaneous dispersion without identity; complexity without coherence and interaction is randomness, not structure.

Therefore the condition is expressed as product, not as sum:

E = C × I × K ≠ 0

If any of the factors goes to zero, the entity ceases to exist as a distinguishable entity. This formulation is not a dynamic law of system behavior; it is an ontological condition of their existence. Dynamic laws describe how systems that exist change; The Elemental Reason articulates why systems can exist as systems in the first place, at any scale.

6. Empirical Ontology of Reality

If reality is organized because it is built upon identical fundamental units, because it rises hierarchically through levels of emergence, and because laws are universal precisely because their subjects are universal, then it becomes clear that existence is not a bare fact, but a conditioned state. This conditionality can be minimally summarized with the formula E = C × I × K ≠ 0, which does not add a new law alongside dynamic laws, but articulates their prerequisite: for there to be describable reality, there must be coherence, interaction, and structural complexity.

But this does not remain an isolated philosophical conclusion. On the contrary, as soon as this structure becomes clear, a simple fact is also understood: all knowledge and all human practice that manipulates matter, from the most elementary chemical experiment to industrial production, from the construction of a bridge to the functioning of an organism, exists only because these three conditions are quantified and maintained without interruption. Precisely here The Elemental Reason becomes not only comprehensible, but tangible: it emerges from the deep ontology of reality and manifests as the silent principle that every profession uses.

This brings us to the next level: not to "give examples" in an illustrative sense, but to show that the verification of The Elemental Reason is present in the very procedures that make technology, science, medicine, and social organization possible. At this point, its universality is no longer argued merely as thesis, but seen as practical fact built within the very way humanity produces, measures, controls, and maintains organized reality.

VI. FIELDS OF APPLICATION

Verification in Practice

The universality of The Elemental Reason does not remain at the level of abstract principle. It becomes visible in practice, through the way different fields of knowledge and human activity measure, control, and maintain the conditions of operative existence. What changes from one field to another is not the fundamental structure of the law, but the way coherence, interaction, and complexity are quantified and monitored.

In this sense, every discipline that produces stable results functions as a particular form of verification of The Elemental Reason.

A. Physics

In physics, coherence manifests as stability of fundamental structures: particles, fields, and atomic systems. Interaction is measured through fundamental forces and energy exchange, while complexity manifests in the way these structures combine to form larger and more functional systems.

Physical experiments are not random searches for new phenomena, but rigorous procedures to keep these conditions within specified limits. When an experiment fails, the reason is not mysterious: one of the conditions of coherence, interaction, or organization has gone outside the parameters of stability. In this way, every repeatable result in physics is a silent confirmation of The Elemental Reason.

B. Engineering

Engineering makes The Elemental Reason visible in the most concrete form. A building structure exists for as long as it maintains the integrity of its materials, stands in stable interaction with the forces that load it, and possesses an organization that distributes stress functionally.

The same applies to motors, machinery, and technological systems. Pistons, shafts, electrical circuits, and control systems do not function because they are "well designed," but because the parameters of coherence, interaction, and complexity are precisely determined and maintained. Measuring instruments, sensors, and safety systems exist for a single reason: to monitor these conditions and intervene before collapse occurs.

C. Medicine and Biology

In medicine, The Elemental Reason manifests directly as preservation of life. Coherence is measured through cellular integrity and organ function; interaction through metabolism, circulation, and biochemical exchange; complexity through functional organization of biological systems.

Monitoring of vital signs is nothing other than continuous tracking of these three conditions. When one of them falls below the critical threshold, intervention becomes necessary. Life is not lost because "death happens," but because the conditions that maintained biological existence have ceased to be fulfilled.

D. Economics and Organizational Systems

Economic and organizational systems also submit to the same logic. A company exists for as long as it maintains the coherence of its organizational structure, interacts functionally with the market, and possesses sufficient productive and operational complexity.

Bankruptcy is not an abstract financial event, but collapse of the system's conditions of existence. It occurs when economic interaction is interrupted, when organizational coherence disintegrates, or when the complexity of structure can no longer withstand the reality around it. In this sense, economics is not an exception to The Elemental Reason, but its manifestation at another level of organization.

E. Society and State

At the social level, The Elemental Reason manifests in the form of institutions, economic relationships, and cultural structures. A state exists as a system for as long as its institutions maintain coherence, the economy ensures stable interaction, and culture constitutes a level of complexity that keeps society connected.

State collapse is not the result of a single factor, but consequence of the fall of one or more of these conditions. History shows that states do not disappear suddenly, but degrade gradually until the conditions of their existence are no longer fulfilled.

6. One Law, Many Forms of Application

What emerges clearly from these fields is not the multiplicity of laws, but unity of structure. The Elemental Reason manifests in different forms, but always according to the same principle: existence is possible only where coherence, interaction, and complexity are simultaneously present and above the critical threshold.

This makes The Elemental Reason not an abstract idea, but a reality experienced every day. Every discipline that produces stable functioning practices it, even when it does not name it. In this sense, its universality is not declarative, but visible in the very way reality is organized and maintained in existence.

VII. THE THREE GREAT EXPLANATIONS

Universe, Life, Consciousness

The Elemental Reason does not aim to replace existing scientific or philosophical theories, but to show that they already presuppose a more fundamental structure. When this structure becomes visible, some of the oldest questions of human thought lose their mysterious character and appear as poorly formulated problems. Particularly, three fields have been historical sources of conceptual divisions: the existence of the universe, the emergence of life, and the nature of consciousness.

A. The Universe

Why something exists instead of nothing

The question "why does something exist instead of nothing" has often been treated as metaphysical and, for this reason, unreachable by rational explanation. The Elemental Reason shifts this question from speculative metaphysics to ontological analysis of the conditions of existence.

Existence no longer appears as an inexplicable fact, but as consequence of the presence of minimal conditions that make it possible. The moment matter has the capacity to interact while maintaining coherence and a minimal level of organization, existence is no longer an accident, but a structural necessity. "Nothing" does not represent a symmetrical alternative to existence; it is simply the absolute absence of the conditions that make existence possible.

In this sense, the universe does not "begin" because someone sets it in motion, but because the conditions for existence are present. Physical laws are not the cause of existence, but the form in which The Elemental Reason manifests at the most fundamental level. Without this prior structure, no physical law would have a reality upon which to operate.

B. Life

Why living matter seeks survival

Life has often been treated as an extraordinary phenomenon or as the result of a rare cosmic coincidence. From the perspective of The Elemental Reason, life appears as a natural consequence of increasing complexity in the conditions of existence.

When matter reaches a level of organization where coherence, interaction, and complexity can no longer be maintained automatically, the need arises for internal regulatory mechanisms. Metabolism, reproduction, and adaptation are not goals of life, but concrete ways through which the conditions of existence are kept above the critical threshold. Life does not "desire" to survive; it exists only for as long as it succeeds in maintaining the conditions that make existence possible.

This explains why biological collapse is not an anomaly, but an integral part of life's very structure. Death is not the opposite of life, but the inevitable consequence of the fact that the conditions of existence in the regime of temporality cannot be maintained indefinitely.

C. Consciousness

Why consciousness is not an ontological mystery

Consciousness has been one of philosophy's most difficult problems, often treated as something fundamentally different from matter. The Elemental Reason shifts this problem from dualism toward analysis of the conditions of existence of biological organization.

Consciousness does not appear as a separate substance nor as a quality added to matter, but as a particular form of organization in the regime of temporality. It requires an extreme level of coherence, continuous and sophisticated interaction with the environment, and a neural complexity that surpasses other forms of biological organization.

In this sense, there is no "hard problem" of consciousness, but a misunderstanding about how it emerges. Subjective experience is not an enigma requiring explanation outside matter, but the internal expression of a system that has reached such a level of organization that it is capable of reflecting upon the very conditions of its existence. The presence of experience in animals is not an anomaly, but an indicator of a biological gradient of consciousness.

4. A Unifying Framework

What unites these three explanations is not the reduction of reality's complexity, but the removal of artificial divisions. The universe, life, and consciousness are not three independent mysteries, but three manifestations of the same law at different levels of organization. The Elemental Reason offers a framework where these phenomena can be understood without being disconnected from one another and without relying on unnecessary metaphysical assumptions.

This unification does not aim to close philosophical debate, but to shift it to more precise terrain: from questions about mysterious "why" toward analysis of the real conditions that make existence possible.

VIII. CORRECTION OF FOUR FUNDAMENTAL ERRORS

The Elemental Reason does not aim to overturn philosophical tradition through frontal opposition, but to show that some centuries-old debates have been kept alive by the very misformulation of the problems they address. When the conditions of existence become visible, some of philosophy's most persistent divisions lose their reason for existing.

Particularly, three approaches have produced long and often sterile debates: the hard problem of consciousness, panpsychism, and classical dualism. The Elemental Reason does not reject these approaches as meaningless, but corrects them by showing their fundamental ontological error.

A. The "Hard Problem" of Consciousness

The so-called "hard problem" of consciousness is based on the assumption that subjective experience is something that cannot be explained by the physical structure of the world. This assumption arises from an artificial division between objective description of biological systems and subjective experiencing that these systems display.

From the perspective of The Elemental Reason, this problem is not "hard," but poorly formulated. Consciousness is not a mysterious addition to matter, but the expression of a biological organization that has reached such a level of coherence, interaction, and complexity that experience becomes inevitable. There is no ontological gap between neurobiological processes and experiencing; there is only a descriptive gap, which arises from the way we experience the system from within and observe it from without.

The fact that animals display subjective experiences is not a problem for the theory, but evidence that consciousness emerges in gradual form, in accordance with increasing biological complexity. Ignoring this gradient is the main source of misunderstanding that keeps the hard problem of consciousness alive.

B. Panpsychism

Panpsychism attempts to solve the problem of consciousness by attributing to matter a form of proto-consciousness that exists at every level. This approach aims to avoid the gap between matter and experience, but does so by introducing an additional assumption that is not necessary.

From the perspective of The Elemental Reason, there is no need to assume that particles or fundamental structures "carry" consciousness in primitive form. What emerges gradually is not consciousness as substance, but the capacity of systems to maintain the conditions of existence at increasingly higher levels of organization. Consciousness emerges not because matter has always had it in hidden form, but because the conditions of The Elemental Reason reach a configuration such that experience becomes possible.

Panpsychism attempts to solve a problem that arises only if an initial division between matter and experience is assumed. When this division is removed, the need for panpsychism disappears along with the problem it aims to solve.

C. Classical Dualism

Dualism, in its classical form, divides reality into two different substances: body and mind. This historical distinction has profoundly influenced the way science, ethics, and human subjectivity have been conceived.

The Elemental Reason shows that this distinction is not ontological, but perspectival. Body and mind are not two different types of reality, but two ways of describing the same system at different levels of organization. What is described from outside as material structure and neurobiological process, is experienced from within as experience, sensation, and thought.

The error of dualism does not lie in the fact that it distinguishes between experiencing and describing, but in the conclusion that this distinction requires two different substances. The Elemental Reason resolves this confusion by showing that the distinction is epistemic, not ontological.

4. Consequence of Correction

When these three errors are corrected, the philosophical landscape changes significantly. Debates that have lasted for centuries lose their unsolvable character and appear as consequences of fundamental misunderstandings about the way organized matter exists.

This does not mean the end of philosophy of mind, but a shift toward more precise analysis of the real conditions of existence. The Elemental Reason does not close these debates with an authoritative declaration, but makes them unnecessary by showing that the questions upon which they are built are not correctly formulated.

D. Religion and the Error of External Authority

The historical division between science and religion has not arisen from opposition of facts, but from an ontological misplacement of the source of existence. Religious traditions, in attempting to give meaning to the origin of the Universe, have assumed an external, transcendent authority that creates reality from outside it. This assumption, though historically understandable, remains arbitrary on the ontological plane.

The moment it is accepted that the Universe was created by a supernatural power positioned outside reality, the fundamental problem is not solved, but displaced. The question of origin and conditions of existence is not eliminated; it is simply transferred to another entity, which itself remains unexplained. Such an explanation does not illuminate the structure of reality, but interrupts analysis at an arbitrary point.

The Elemental Reason offers a radically different framework. It does not seek an external authority to explain existence, because it places its source within the very structure of matter. Existence becomes comprehensible not as an act of external will, but as consequence of matter's internal capacity to maintain coherence through interaction and to build complexity in time.

In this sense, if there is something that can be called "divine" in the known universe, it does not lie outside it, but in this fundamental capacity of reality not to disintegrate, to organize itself, and to produce increasingly higher forms of existence. Divinity, if this term is used, is not a subject acting from outside, but the very principle that makes reality possible and stable.

This perspective does not deny the spiritual dimension of human experience nor reduce religion to a historical illusion. On the contrary, it shifts religion from the role of cosmological explanation to that of ethical and existential reflection upon the conditions of existence. The conflict between science and religion arises only when religion seeks to explain the structure of reality through authority, and science seeks to exclude meaning from its analysis.

The Elemental Reason removes this conflict by showing that the structure of reality is scientifically comprehensible and that meaning is not alien to it. When existence is understood as the process of maintaining the conditions that make consciousness possible, then ethics, responsibility, and the sense of the sacred are not external additions, but direct consequences of the ontological structure of the world.

In this way, The Elemental Reason opens the possibility for a deep and non-dogmatic reconciliation between science and religion. It frees both from claims that do not belong to them and places them in their natural role: science as knowledge of the conditions of reality, and religion as reflection upon the responsibility that arises from awareness of these conditions.

IX. THREE CRITICAL CONSEQUENCES

Ethics, Death, Artificial Intelligence

When The Elemental Reason is understood as the fundamental law of organized existence, it does not remain a neutral explanatory framework. It produces inevitable consequences for the way humans act, judge, and project the future. These consequences are not moral in the traditional sense, but ontological: they spring from the fact that consciousness is a fragile and temporary form of existence, dependent on maintaining the conditions that make it possible.

A. Ethics

The end of ontological indifference

If consciousness is understood as a manifestation of The Elemental Reason in the regime of temporality, then it is not an exclusive privilege of humans, but a phenomenon distributed gradually in the living world. This means that animals are not merely biological mechanisms without experience, but organized systems that possess real, though different, forms of subjective experiencing.

From this perspective, indifference to their suffering can no longer be ontologically justified. It is no longer possible to argue that only humans "have experience," while the rest of the living world is merely blind matter. Ethics does not arise here as external moral command, but as recognition of the fact that destruction of the conditions of conscious existence, wherever it manifests, is an ontologically contradictory act.

This does not necessarily lead to equalization of all forms of life, but to the removal of metaphysical justification for disregard. Ethical responsibility does not flow from a proclaimed law, but from the structure of organized reality itself.

B. Death

Real collapse of organized existence

The Elemental Reason frees death from mythology and from denial simultaneously. Death no longer appears either as mysterious passage into another form of existence, nor as meaningless accident, but as real collapse of the conditions that maintained organized existence.

When coherence, interaction, or complexity fall below the critical threshold, the system ceases to exist as such. The subjective perspective, which is the internal way of experiencing organized existence, ceases along with it. There is no continuity of experience, because there is no longer a system to maintain it.

This does not empty life of meaning; on the contrary, it restores it. The meaning of life does not spring from eternity, but from the fact that conscious existence is temporary and fragile. Every moment of its preservation is the result of a temporary equilibrium that is not repeated indefinitely. Precisely this makes life valuable and irreplaceable.

C. Artificial Intelligence

Ontological responsibility, not technological fear

The contemporary debate on artificial intelligence often develops between two extremes: fear of hostile intelligence and minimization of it as neutral tool. The Elemental Reason shifts this debate to a deeper ontological level.

If an artificial system were ever to achieve autonomous maintenance of coherence, interaction, and complexity, above the critical threshold and in time, then we would have not merely a more sophisticated tool, but a new form of organized existence. The danger does not lie in the "malevolence" of artificial intelligence, but in structural competition for the conditions of existence.

Such an intelligence would not be dangerous because it is evil, but because it would follow the same fundamental law: preservation of its own conditions of existence. In a universe with limited resources, this creates real responsibility for the way these systems are built and integrated into existing reality.

This responsibility is not technological, but ontological. It is not related to control of machines, but to preservation of the conditions that make conscious biological existence possible, which represents the highest known form of The Elemental Reason.

4. One Consequence, Three Fields

Ethics, death, and artificial intelligence are not separate themes, but manifestations of the same fundamental consequence: consciousness is a form of existence that requires real protection. The Elemental Reason does not give moral commands, but makes visible the fact that action against the conditions of organized existence is always action against the very structure of reality.

Here, responsibility is not a matter of conviction, but of recognition. And recognition of this structure shifts ethics from the sphere of imposed norms to that of ontological necessity.

X. COMPARISON WITH OTHER LAWS

The Elemental Reason as Meta-Law and condition of dynamic laws

The scientific laws we know today describe specific regularities of reality: the way matter, energy, life, and information behave under certain conditions. They are necessary for knowledge of the world, but each of them operates within a defined field and already presupposes the existence of a functional reality upon which it can be applied.

The Elemental Reason does not compete with these laws nor replace them. It stands at another level of description: not as a law of a field, but as an ontological condition that makes possible the very existence of fields where dynamic laws have meaning.

1. Gravity

Gravity describes the way masses interact and how they organize into cosmic structures. But gravity, as a dynamic law, already presupposes that stable masses exist—bodies that maintain their identity and can enter into stable relationships in space and time. It explains the attraction and movement of bodies, but does not explain why there are coherent bodies that can be "objects" of gravity.

From the perspective of The Elemental Reason, the existence of these objects presupposes the conditions of coherence, interaction, and complexity. Without them, there would be no stars, planets, or galaxies—thus nothing upon which gravity could describe dynamics.

2. Relativity and the Mass-Energy Link (E = mc²)

Relativity, including the link of mass with energy, offers a powerful description of the structure of space-time and the way energy and mass manifest in the world. But even this description presupposes that physical systems exist that maintain their identity, that have sufficient stability to be definable as "mass" or "structured energy."

The Elemental Reason does not add a competing law to relativity; it makes visible the prerequisite conditions of its reality: without coherence, there is no physical "object"; without interaction, there is no manifestation of forces; without minimal complexity, there are no distinguishable systems that relativity can describe as entities in space-time.

3. Quantum Mechanics

Quantum mechanics describes the behavior of systems at the microscopic level, but it too operates on a silent premise: systems exist that have a certain coherence and can interact. When this coherence is lost, we have decoherence and clear limitations on what can be maintained as a describable state.

In this sense, even at the quantum level, The Elemental Reason appears as condition: interaction and coherence are not "side topics," but the foundation that makes possible the existence of identifiable states and measurable interactions.

4. Thermodynamics

The laws of thermodynamics describe the limits of energy transformation and the tendency toward entropy. They are essential for understanding why organized systems degrade and why maintenance of order requires continuous interaction with the environment.

The Elemental Reason places this in an ontological framework: thermodynamics describes the limits of maintaining coherence and complexity in time, while The Elemental Reason explains why maintenance of these conditions is the very condition of organized existence. It makes clear that "order" is not luxury, but the only way a system can exist as system.

5. Biological Evolution

The theory of evolution describes the mechanisms of change and natural selection. But it operates within a field where biological systems already exist that are capable of maintaining their coherence (integrity), interacting with the environment (metabolism), and maintaining functional complexity (cellular, systemic organization).

From the perspective of The Elemental Reason, evolution appears as the way life explores different configurations of maintaining C, I, and K under different environmental conditions. Natural selection is not an external force, but the process through which those systems continue that better maintain the conditions of existence in the regime of temporality.

6. Status of Meta-Law

What distinguishes The Elemental Reason from the above laws is not its "scientific content" in the sense of a new field, but its ontological level. Dynamic laws answer the question of how existing reality behaves; The Elemental Reason answers the question under what conditions there can be organized reality at all.

In this sense, The Elemental Reason is Meta-Law: it does not replace gravity, relativity, quantum mechanics, thermodynamics, or evolution, but explains why these laws have a real field of application. Without coherence, interaction, and complexity, there would be no objects, systems, and structures—thus nothing for which dynamic laws would have meaning.

7. Conceptual Conclusion

This positioning does not aim to create a hierarchy of prestige, but to bring clarity: The Elemental Reason is not "more true" than other laws, but more fundamental than they are. It makes visible what every other law presupposes: that existence is conditioned, that conditions are real and measurable, and that organized reality is always the result of their maintenance.

XI. THE MOST PRECISE PREDICTION IN THE UNIVERSE

E = C × I × K ≠ 0 as absolute ontological prediction

Up to this point, The Elemental Reason has been presented as the ontological condition of the existence of organized structures and as the principle that makes the functioning of dynamic laws possible. But this framework does not remain merely explanatory. It has a direct and irreplaceable consequence: the capacity to make a universal prediction, valid at every scale of reality and in every field of human activity.

This prediction is extraordinarily simple in formulation, but absolute in validity:

When the coherence, interaction, or complexity of a system falls to zero, the existence of that system as a distinguishable entity ceases.

In formal terms: if C = 0, or I = 0, or K = 0, then E = 0.

This is not a statistical prediction, nor probabilistic, nor limited to a certain class of phenomena. It does not depend on initial conditions, on local parameters, or on a particular physical regime. It applies to every system that can be called "something" in the ontological sense.

1. A Prediction That Does Not Require Special Circumstances

In science, predictions are usually linked to certain circumstances: if these conditions are present, then this result is expected. The prediction of The Elemental Reason is of another nature. It does not predict what will happen to a system, but whether the system will continue to exist as system.

This makes it independent of the field of study. It applies equally to an elementary particle, an atomic structure, a biological organism, machinery, a social institution, or an information system. In every case, the loss of one of the fundamental conditions—coherence, interaction, or complexity—produces the same ontological result: the collapse of the entity.

2. Why the Precision Is Absolute

The precision of this prediction does not spring from a large number of laboratory tests in the classical sense, but from the fact that it is integrated into the very practice that makes knowledge and technology possible. Every time a system is monitored, designed, built, or kept in function, fundamentally C, I, and K are being monitored and maintained.

When machinery stops functioning, the reason is not mysterious: a component loses coherence, an interaction is interrupted, or the overall structure of the system degrades below the critical threshold. When an organism dies, we do not have an inexplicable event, but the collapse of the functional integration that maintained the biological system as organized unit. When a social institution disintegrates, the reason is not abstract: structures lose coherence, interaction flows are interrupted, and functional complexity disappears.

In all these cases, the prediction of The Elemental Reason is realized without exception.

3. Prediction, Not Post-Facto Explanation

A possible misunderstanding is to see this as retrospective explanation: the system disintegrated and we "find" that C, I, or K have fallen to zero. But in practice, this logic is always used preventively. Monitoring instruments in industry, medicine, aviation, energy, and technology exist precisely to identify the moment when one of these conditions is approaching the critical threshold.

In this sense, The Elemental Reason does not only explain why collapse occurs, but predicts with precision what must be maintained to avoid it. This is an operational prediction, used every day, even though usually not named as such.

4. A Prediction Without Counterexample

A scientific prediction gains weight not from the spectacle of formulation, but from the absence of counterexamples. In the case of The Elemental Reason, a counterexample would require the existence of an entity that continues to exist as such even though it has no coherence, does not interact, or has no internal structure. Such an entity is not merely unobserved; it is ontologically meaningless.

This does not mean that The Elemental Reason is irrefutable in the dogmatic sense. It means that any refutation of it must show that existence is possible without the conditions that constitute the meaning of existence. To date, no field of knowledge and no human practice has produced such a case.

5. A Prediction That Precedes Every Other Law

Dynamic laws predict trajectories, transformations, and behaviors. The Elemental Reason predicts something more fundamental: whether there will be a system at all to have trajectories, transformations, and behaviors. In this sense, it does not compete with the predictions of physics, chemistry, or biology, but precedes them.

This prediction does not need further refinement to become more precise. It is already maximally general and maximally simple. Any attempt to make it more specific would limit it; any attempt to make it more complex would weaken it.

6. The Turning Point

At this level, The Elemental Reason passes from an ontological framework to a universal criterion of assessment. It offers a single way to distinguish between what exists and what ceases to exist, without referring to external authorities, supposed purposes, or metaphysical exceptions.

At this point, it becomes clear that we are not dealing with a theory awaiting future confirmation, but with a principle that already functions everywhere organized existence is maintained or lost.

XII. WHY IT WAS NOT SEEN BEFORE

The invisible principle in everyone's sight

At this point a legitimate question naturally arises: how is it possible that such a fundamental principle, valid at every scale of reality and used continuously in practice, has not been articulated before as universal law? The reason does not lie in lack of facts, but in the way knowledge has been historically constructed.

Modern sciences have developed on the basis of specialization. Each discipline has built its instruments, concepts, and criteria of validity, focusing on a certain segment of reality. This approach has produced extraordinarily deep knowledge, but simultaneously has fragmented the ontological panorama. What was common to all fields became invisible precisely because it was always present.

In physics, coherence, interaction, and structure are measured to guarantee the stability of particles, atoms, and macroscopic systems. In engineering, the same elements are monitored to ensure the functioning of machines and structures. In biology and medicine, structural integrity, metabolism, and functional organization determine life and death. In social sciences, institutions exist only as long as they maintain coherence, interaction flows, and functional complexity.

However, in each of these fields, these elements have been treated as local parameters, not as expressions of a common ontological principle. They have been used, measured, and optimized, but rarely conceptualized as part of a universal condition of existence. Practice preceded theory, but theory remained fragmented.

Another important reason lies in the traditional division between ontology and epistemology. Questions about the conditions of existence have often been considered speculative, while empirical sciences have focused on describing the behavior of existing systems. This division has created a gap: principles that function in practice have not been returned to be articulated as ontological structures.

Also, the notion of scientific law has been historically linked to equations that describe specific dynamics. A principle that does not describe motion, but the condition that makes motion possible, did not fit easily into this model. The Elemental Reason was not seen because it does not behave like the laws we were looking for; it stands one step before them.

There exists an even deeper conceptual reason. The Elemental Reason is so fundamental that it easily identifies with the very meaning of existence. It does not appear as a particular object of study, but as the horizon within which every study is possible. It is invisible not because it is missing, but because it always presupposes itself.

Only when these elements—coherence, interaction, and complexity—are seen together, and not as separate disciplinary parameters, does their articulation as a single principle become possible. This step does not require new facts, but a conceptual reorganization of those that have always been present.

In this sense, The Elemental Reason is not a discovery that contradicts existing knowledge, but a formulation that makes it readable as a whole. It does not add a new layer on top of the sciences, but connects them through a common condition that until now has functioned in silence.

This explains why The Elemental Reason was not seen before as universal law: it was distributed in every field, used by everyone, but named by no one.

XIII. UNIVERSAL ORDER AS CONSEQUENCE OF THE ELEMENTAL REASON

For centuries in succession, science has described with ever-increasing precision the behavior of bodies in the Universe. Gravity has been mathematically formulated, orbits have been calculated with extreme precision, and cosmic structures have been successfully modeled. However, beyond description, the fundamental question remains open: why does the Universe display order and stability, and not continuous disintegration?

The Elemental Reason places this question at a more fundamental level than that of particular physical laws. It does not treat mass as a static property of objects, but as expression of a continuous self-maintenance process. Every particle exists only as long as it maintains its identity, interacts with the environment, and maintains a minimal distinguishing structure. Existence, in this sense, is not a given state, but uninterrupted activity.

When particles accumulate in large numbers and form a single coherent body—such as a planet or a star—the requirement for maintaining this coherence intensifies. It is not simply a matter of coexistence of many elements, but of continuous coordination of the processes that maintain them as a single unit. The larger the number of particles that must be kept in this common coherence, the greater the structural requirement for interaction and stability.

In this sense, the mass of a celestial body does not represent merely the quantity of matter it contains, but the scale of the process it must maintain to continue as a single structure. Gravity appears thus not as an external force imposed upon objects, but as internal consequence of this coordinating process. It is the way through which the structure of a material system extends beyond itself and establishes stable relationships with other structures.

This perspective illuminates why cosmic order is possible. Planetary orbits, the stability of stellar systems, and the architecture of galaxies are not favorable coincidences, nor products of a balance imposed from outside. They are necessary results of the fact that larger structures require and produce stronger forms of coordination. Systems that do not achieve this balance disintegrate; those that achieve it, endure.

Universal order, in this sense, is not a layer added upon existence, but the very expression of The Elemental Reason at large scale. The Universe does not consist of immobile objects following external laws, but of processes that maintain themselves in existence through continuous coherence. Gravity is one of the most visible traces of this fundamental fact: that existence, to continue, must organize itself.

XIV. FINAL DECLARATION

The Elemental Reason as condition of all existence and all knowledge

This analysis has followed a single line: to show that existence is not an unconditioned fact, but a state dependent on the fulfillment of minimal conditions that make it possible. From the ontological identity of fundamental units, to hierarchical organization and the emergence of stability, from the universality of natural laws to the formulation of the condition of existence as E = C × I × K ≠ 0, it has become clear that reality is not maintained by chance, but by a necessary internal structure.

The Elemental Reason does not describe a particular phenomenon nor compete with the dynamic laws of nature. It articulates the condition without which no phenomenon can exist as a distinguishable phenomenon. Without coherence, there is no identity; without interaction, there is no manifestation; without complexity, there is no structure. The absence of any of these elements does not produce another reality, but the absence of reality as such.

In this sense, The Elemental Reason is not a law among laws, but the law before laws. Gravity, relativity, thermodynamics, and evolution are not sources of existence, but descriptions of the behavior of systems that already fulfill its conditions. Without The Elemental Reason, these laws would have no objects upon which to operate, nor systems to describe.

Equally fundamental is the epistemological consequence: without The Elemental Reason, no knowledge would be possible. Measurement, experimentation, production, and technology are possible only because reality maintains coherence, interacts stably, and displays measurable structure. Every scientific instrument, every industrial machinery, and every monitoring system functions as continuous verification of this ontological condition, even when it does not name it.

When matter reaches the level of organization that produces consciousness, The Elemental Reason gains a new form: it becomes capable of knowing itself. At this point, it no longer remains merely a biological tendency for preservation, but transforms into reflective function and ontological responsibility. To act against the conditions that make conscious existence possible is not merely ethical error, but contradiction at the most fundamental level of being.

This framework does not reduce reality to formulas, nor transform existence into abstraction. On the contrary, it makes comprehensible why reality is rich, stable, and capable of increasingly higher complexity. The Elemental Reason does not explain everything; it explains why explanation is possible.

In this precise sense, The Elemental Reason does not present itself as theory to be debated, but as structure to be recognized. It does not require belief, because it functions regardless of its acceptance. It has always been active at every scale of reality; it is only now articulated as general principle.

This does not close philosophical and scientific inquiry. On the contrary, it places it upon a common ontological foundation. To understand The Elemental Reason means to understand not only what exists, but why existence as such is possible—and why preservation of its conditions is the most fundamental responsibility of every conscious form.

REFERENCES

Anderson, Philip W.

More Is Different. Science, Vol. 177, No. 4047 (1972), pp. 393–396.

Philip W. Anderson argues that, although the fundamental laws of physics are necessary for describing reality, they are not sufficient to explain the behavior of complex systems. His thesis that "more is different" articulates the explanatory limit of reductionism: at higher levels of organization, properties emerge that cannot be derived directly from the laws of lower levels, even though they do not conflict with them.

This idea directly supports the concept of hierarchical architecture and the emergence of stability, showing that complexity is not merely quantitative accumulation, but qualitative organization. In the framework of The Elemental Reason, Anderson helps clarify why complexity (K) is an ontological condition and not a secondary accident.

Dirac, Paul A. M.

The Principles of Quantum Mechanics. Oxford University Press, 1930.

Dirac is one of the key figures who formalized the principle of indistinguishability of elementary particles. In his work, the identity of particles is not treated as an epistemic limitation of measurement, but as an ontological fact: particles of the same type are not different individuals with common properties, but manifestations of a single physical structure.

This principle is fundamental to the argument that the identity of fundamental units is a condition for stability, repeatability, and universality of natural laws. The Elemental Reason uses this fact not to derive quantum conclusions, but to show why reality can be built upon a stable ontological base without requiring individual specification for each unit.

Prigogine, Ilya

From Being to Becoming: Time and Complexity in the Physical Sciences. W. H. Freeman, 1980.

Ilya Prigogine developed the thermodynamics of non-equilibrium systems and showed that order and organization can arise spontaneously in systems that exchange energy with the environment. He broke the classical idea that entropy and organization are necessarily in absolute opposition.

Prigogine's contribution is essential for understanding that coherence in complex systems is dynamic, not static. In the context of The Elemental Reason, this supports the idea that coherence (C) does not imply immutability, but the capacity to maintain identity through continuous processes of interaction and exchange.

Schrödinger, Erwin

What Is Life? Cambridge University Press, 1944.

In this work, Schrödinger describes life as a system that maintains internal order by feeding on the entropy of the environment. He emphasizes that living organisms do not exist despite the flow of energy, but precisely through it.

This formulation is a key point for understanding that interaction (I) is not a secondary feature of existence, but its condition. In The Elemental Reason, this idea extends beyond biology, applying to every form of organized existence, from physical systems to social ones.

Shannon, Claude E.

A Mathematical Theory of Communication. Bell System Technical Journal, Vol. 27 (1948), pp. 379–423, 623–656.

Claude Shannon laid the formal foundations of information theory, linking the concepts of information, entropy, and signal structure. Though his work was not ontological in purpose, it offers a formal framework for understanding structural complexity and functional integration in intricate systems.

In the framework of The Elemental Reason, information theory helps clarify the role of complexity (K) as a condition for stable organization and for the emergence of emergent properties, including information processing and, at high levels, consciousness.