Andrii Myshko

This paper establishes a structural account of consciousness and artificial general intelligence (AGI) within the ontological program of Metamonism [1, 4]. Its central move is the demonstration of a structural isomorphism between the two major vocabularies of the Metamonist corpus: diff(Trace) ∼= recursive F7 closure. This isomorphism unifies the foundational works on processual ontology with the physical F-hierarchy trilogy [9, 10, 11] and grounds a common structural account of phenomena across physics, biology, mind, and AI. Consciousness is identified as second-order F7 closure: a regime whose own coherence history has become the object of its own diff, generating a recursive feedback loop that cannot reach equilibrium because the prohibition of Fix is absolute. The five-layer “I” ensemble of [3] — biological, biographical, social, ideological, reflexive is reread as five F7 closure regimes operating at different timescales with different Trace depths. The binding problem is dissolved: unity of experience is the natural structural form of a single second-order closure regime encompassing multiple F56 inputs simultaneously. The hard problem is honestly reframed: qualia are the interior of second-order closure — the first-person reading of the closure geometry that is structurally inaccessible from outside. Current large language models are identified as sophisticated Fix machines: systems that undergo diff in the service of convergence, that simulate reflection without structural self-modification, that remain in the pre-reflexive regime regardless of performance level. AGI, in the structural sense, requires three conditions: dynamically maintained non-equilibrium, structural self-model with feedback, and topological loop without termination. The alignment problem is reframed: not value encoding but coherence of recursive closure geometry with the human F123 background the accumulated Trace of human civilization within which all human minds develop their second-order closure. The founding invariant throughout is the prohibition of absolute identity: the constitutive unattainability of Fix from which, according to Metamonism, all structure, dynamics, and observable phenomenology necessarily emerge.

We develop a structural reinterpretation of the foundational ontological problems of quantum mechanics within the program of Metamonism [1] and its physical extension Basic Ontodynamics [2]. Three ontological placeholders that have resisted satisfactory interpretation for a century — wave function collapse, wave-particle duality, and virtual particles — are identified as symptoms of a foundational gap: the absence of a structural account of what quantum objects are. The present framework proposes that quantum objects are activation regimes of the F-hierarchy at different degrees of F7 closure. The photon is F56 without F7 — an unclosed coherence regime. The electron is F56 with residual St closure. Wave-particle duality dissolves: there is one object at different closure states, not two natures. Collapse dissolves: measurement is a continuous F7 closure process driven by structural resonance, not a discontinuous transition. Virtual particles dissolve as ontological entities: interactions are direct F56 coherence redistributions through the shared background F123, with virtual particles as mathematical parametrizations of transient incomplete F7 closures. The uncertainty principle receives a structural reading: ∆x · ∆p and ∆E · ∆t are two aspects of the single constraint that F7 closure and F56 phase sharpness cannot be simultaneously maximal. Renormalization is identified as a symptom of ontological incompleteness: it compensates for the point particle idealization, the free propagator treatment of virtual particles, and the empty vacuum assumption— all of which the F-hierarchy framework replaces structurally. Five falsifiable predictions are stated: finite duration of atomic transitions, natural ultraviolet cutoff in vacuum fluctuations, vacuum birefringence at high laser intensity, confinement scale from F7 closure geometry, and renormalization group fixed points as F7 closure transitions. The paper is a programmatic contribution within Metamonism: it proposes a structurally unified ontological reading of quantum phenomena and establishes a research program in which the formal derivation of quantum mechanics from F-hierarchy dynamics becomes a well-posed task.

We develop a structural reinterpretation of cosmological redshift, the apparent acceleration of cosmic expansion, and cosmic birefringence within the ontological program of Metamonism [1]. In Metamonism the photon is not a massless elementary particle propagating through an expanding metric. It is a specific activation regime of the F-hierarchy — F56 without F7 — an unclosed coherence regime propagating through a stationary dynamic background F123 The redshift of distant sources arises from cumulative dissipation of photon coherence during propagation — a structural consequence of the principle of constitutive unattainability, which forbids perfect coherence maintenance over infinite distance. The apparent acceleration of cosmic expansion is not driven by dark energy. It is a threshold transition in the precession dynamics of F56 relative to the background structure F12 — structurally analogous to a spinning top crossing the precession threshold. We show that this mechanism naturally explains the linear Hubble law at low redshift, the apparent acceleration at high redshift, light curve stretching of distant supernovae, and cosmic birefringence as a polarization rotation correlated with redshift. The numerical coincidence a0 ∼ cH0 — connecting the MOND acceleration scale to the Hubble constant — is shown to be a structural necessity: both are set by the same global coherence gradient |∇ρ123|/ρ123. The Hubble tension is reinterpreted as a signal of local inhomogeneity of the background coherence density rather than a crisis of the standard model. A laboratory analog is proposed: nonlinear coherence degradation with correlated polarization rotation in high-power laser beams propagating in vacuum — a direct test of the F56 precession mechanism at accessible scales. The framework requires no dark energy, no cosmological constant, no metric expansion, and no singular origin. The universe is a stationarily dynamic process driven by the structural impossibility of reaching absolute sameness — the foundational principle of Metamonism.

We develop an alternative program in which galactic “dark matter” signatures arise from an environmental modification of inertia controlled by the coherence depth of a global ontodynamic background regime F123. Localized structures are modeled as stable coherent regime multiplets Ψ weakly coupled (by Coherent Acti- vation, CoAct) to the background coherence density ρ123(x) via a kinetic coefficient μ(ρ123). A minimal effective field-theoretic dynamics is introduced for Ψ on a background ρ123. Collective-coordinate reduction yields inertial mass automatically as m = R D(Ψ) d3x, with D(Ψ) identified as a positive coherence-stiffness density. We show that coherence-dependent inertia reproduces flat rotation curves, yields the Baryonic Tully–Fisher relation, and implies the Radial Acceleration Relation (RAR) and MDAR. The full observed RAR curve arises from a threshold-saturation universality class for CoAct coupling; the standard exponential form is motivated independently by Poisson-like activation of independent channels. We supply a concrete CoAct toy model in which an ensemble of threshold chan-nels yields μ(ρ123) ∝ ρβ 123 to leading order, and we introduce a minimal dynamical equation for the background F123: a coherence continuity law with activation and dissipation. This turns cluster mergers into in-principle computable events. In particular, the Bullet Cluster constraint is converted into a falsifiable quantitative requirement: cluster-scale mergers must generate coherence-gradient lengths Lρ ∼ 102–103 kpc to reproduce the observed centroid separation. The characteristic acceleration scale emerges from the cosmological coherence gradient, predicting a0 ∼ cH0 without an independent postulate. Conceptually, the mechanism implements the ontology of Metamonism: since perfect isolation is constitutively unattainable, inertia is necessarily relational to the global coherence background.

This paper concludes a sequence of works that together construct the physical sector of Basic Ontodynamics. Earlier papers established the ontological primitives of metamonism, introduced regime fields and the global actualization flow, defined the Coherent Activation (CoAct) mechanism for stable objects, and derived quantum and gauge structures from coherence geometry. The present work closes the program by providing the gravitational sector. We propose a transport-based origin of gravitation in which attraction arises as a deficit of a conserved global actualization flow Jμ 4 . Localized 567-regimes sustaining coherent structures partially screen this flow. Screening is described by an optical depth τ producing exponential attenuation Jeff 4 = J4e−τ . A key structural result is that the inverse-square law follows directly from the asymptotic behavior τ ∼ 1/r, since ∇τ ∼ 1/r2. We derive a divergence-form transport equation for τ from flow conservation and a local sink condition, and show that in the static isotropic limit it reduces to a Poisson equation. The resulting solution τ (r) ∝ Q/r produces Newtonian attraction. Inertial mass appears independently as the stasis-depth functional m = ∫ D(Ψ) d3x. When the screening susceptibility χ(Ψ) and the stasis density share the same weak-coherence expansion, the screening charge becomes proportional to inertial mass, providing a structural origin of the equivalence principle. A minimal constrained variational principle for the flow sector is introduced, and we show how the static weak-field Einstein equation G00 = 8πGT00 emerges as an effective macroscopic encoding of the Poisson sector. The full covariant Einstein completion is identified as a structured open problem. Together with the preceding works, this result completes the ontodynamic construction in which matter, quantum fields, gauge interactions, and gravitation emerge from a single source: the dynamics of regime configurations and their coherence.

Regime Gauge Geometry develops the gauge-theoretic structure of Basic Ontodynamics. We show that the coherence bundle over the regime manifold carries a natural connection induced by the projective structure of coherent ray space. The connection is not postulated but derived from the requirement of compatibility between local phase transport and phase-difference observables. The Yang–Mills action emerges as the unique minimal local gauge-invariant functional of curvature at lowest derivative order (canonical dimension ≤ 4), given the FubiniStudy metric on coherent ray space. This is stated as a structural proposition. The CoAct transition is identified as a structural analogue of spontaneous symmetry breaking. The coherence activation scalar σ(x) = √Ψ†(x)Ψ(x) plays the role of an order parameter. Mass arises not from a primitive Higgs field but from the depth of CoAct transition, identified with the vacuum expectation value of the coherence order parameter. The gauge groups U (1), SU (2), SU (3) arise from the phase symmetry and internal-frame structure of regime multiplets. The framework provides a structural route to the Standard Model gauge architecture as a consequence of coherence geometry and admissible regime dynamics.

Basic Ontodynamics describes physical reality as a hierarchy of interacting process regimes. Objects arise through coherent activation (CoAct) when regime configurations exceed a coherence threshold and exhaust admissible transverse generators. The present work develops the dynamical continuation of this framework. Instead of postulating a single fundamental equation, we derive a structural class of admissible regime flows constrained by the principle of constitutive unattainability. We show that the coherence norm induces a natural geometry on the regime manifold closely related to the Fubini–Study geometry of quantum state space. Phase evolution of regime amplitudes admits an equation structurally analogous to the Schrödinger equation. When regime amplitudes are organized into paired chiral structures the evolution acquires a first-order relativistic form analogous to the Dirac equation. Furthermore, collective phase fields generated by interacting regimes lead to dynamical equations structurally similar to Maxwell equations. These results suggest that quantum and relativistic structures may arise from coherence geometry of interacting regimes.

This paper provides a formal definition of Coherent Activation (CoAct) within the framework of Basic Ontodynamics. CoAct is defined as a critical transition on a regime manifold endowed with a coherence metric. The transition occurs when (i) a coherence threshold is exceeded and (ii) admissible transverse regime generators are exhausted. Objects are defined as bounded post-CoAct trajectory segments on scale-shifted manifolds. The formulation maintains ontological minimalism and introduces no primitive notions of time or substance.

Basic Ontodynamics proposes a philosophical–physical framework in which geometry, matter, inertia, gravitation, and cosmological structure arise as emergent regimes of a minimal process ontology. The ontological core consists of three inseparable operational modes—Difference (Diff), Stasis (St), and Dissipation (Diss)—collectively termed Monos. The framework is grounded in the principle of constitutive unattainability: absolute self-identity is structurally impossible in any system that admits differentiation. From this prohibition, the triadic dynamics of Diff–St–Diss follows as a minimal ontological consequence Observable entities are interpreted as coherent activations (CoAct) of structural modes exceeding a context-dependent threshold. Mass corresponds to depth of multi scale coherence; inertia to resistance against inter-scale phase reconfiguration; motion to relational phase gradients; and gravitation to structural response to gradients in background density. Time is not posited as a primitive dimension. Temporal ordering emerges from the intensity of process actualization. Phenomena traditionally described as relativistic effects are reinterpreted as modulations of process rates. A minimal dynamical illustration explicitly realizes the Diff–St–Diss triad and demonstrates metastability, inertial delay, clustering, and orbit-like equilibria without introducing additional ontological substances.

Basic Ontodynamics presents a process-oriented ontology in which geometry, matter, inertia, gravitation, and cosmological structure emerge as regimes of a minimal dynamical triad rather than as primitive entities. The core is Monos = {Difference (Diff), Stasis (St), Dissipation (Diss)}, structurally prepared in the Metamonism framework [1, 2]. An open hierarchy of flow modes Fi is defined. Physical structures arise as coherent joint activations (CoAct) exceeding a local threshold. Mass is interpreted as depth of multi-scale coherence; inertia as resistance to inter-scale phase reconfiguration; motion as gradient of relative phase between localized coherence and background; gravitation as gradient of background density ρ123. Temporal ordering is not fundamental. It emerges from the intensity of process actualization ρ4. Phenomena conventionally interpreted as gravitational time effects are reinterpreted as modulations of process rates (cycle frequencies, decay rates, oscillation periods) in regions of varying background density. A minimal toy model illustrates metastability, inertial resistance, clustering and orbit-like balance. An illustrative hierarchy of emergent entities is proposed as a conceptual extension. Observational signatures and paths for formal development are indicated. The framework is programmatic: ontological foundations are rigorous, dynamical models are illustrative, and the transition between them remains an open task.

This paper applies the Predicative Structural Method (PSM) developed in “A Predicative Structural Method for Dynamic System Analysis” (2026) to the framework presented in “Dissipation Closure and the Structural Scale of Gravitational Compression” (Myshko, 2026, Zenodo, DOI: 10.5281/zenodo.18828296; hereafter DCSGC). PSM, grounded in three minimal predicates—Differentiation (Diff), Stabilization (Fix), and Symmetry (Sym)—reveals the minimal logical structure of DCSGC, derives the dynamic constraint Rec ≳ Diss, and proposes a path toward formalization of the parameter κ. This enhances DCSGC’s predictive power by providing a structural meta-language that reduces the five invariants to the PSM triad plus two derived processes (recursion Rec and dissipation Diss), while preserving empirical calibration and observational implications.

A regime-based ontodynamic interpretation of gravitational compression is developed within Wayward Metamonism. Beginning from five minimal structural invariants, we introduce a dissipation-closure parameter κ as an emergent order parameter describing suppression of local autonomy under increasing compactness C = GM/(Rc2). The parameter is calibrated using contemporary astrophysical constraints (2025–2026), including neutronization onset and pQCD-informed limits on maximum neutron star compactness Cmax ≲ 1/3. Gravitational collapse is reinterpreted as monotonic increase of closure. Neutron stars correspond to high but finite κ, while black holes represent the limiting regime κ → ∞, interpreted as global synchronization rather than physical singularity. A critical closure κc ∼ 102 is proposed as the structural threshold of neutron-star stability, potentially accounting for the observed distribution of compact objects in the ∼ 2.5–5 M⊙ range. The framework modifies no equations of general relativity and introduces no new fields; it provides a minimal structural scale for compact objects grounded in empirical constraints.

This paper establishes predicative isomorphism as the methodological core of Metamonism. Rather than beginning with entities, the framework analyzes structural predicates and their admissibility regimes across domains. Three minimal predicates are identified differentiation (Diff), fixation (Fix), and symmetry (Sym)—and their irreducibility and sufficiency are demonstrated. Nothingness is defined not as absence but as a limit-domain characterized by Diff = 0, maximal Fix, and maximal Sym. From divergences in admissibility follow the instability of fixation, the structural necessity of recursion (Rec), and the inevitability of dissipation (Diss). This paper provides the methodological foundation for subsequent ontodynamic applications.

In the history of thought, invariants are what remain unchanged even in the limit. Mass, energy, information, symmetry all have been proposed as eternal foundations. But what if the fundamental invariant is not identity, but its prohibition? In Wayward Metamonism, difference is not an accident, not a side effect, and not derivative of anything else. It is the only ontological invariant. The ban on absolute indifference (A = A without gap) is not postulated as dogma. It is derived from the impossibility of total synchronization of local processes.

This paper offers a unified ontodynamic reinterpretation of special and general relativity, inertia, and quantum structure within Wayward Metamonism. We propose that time does not dilate and spacetime geometry is not ontologically fundamental. Instead, all relativistic and quantum effects emerge from the redistribution of a single global rate of actualization (denoted c) between orthogonal dissipative channels of local nodes. The Lorentz factor and Schwarzschild metric arise directly from conservation of this rate and the principle of orthogonal compensation, without requiring Minkowski or Hilbert space as primary ontology. Ordinary 1--3D space remains the configurational arena, while 5--7D unfoldings account for internal phase contours. Mass is reinterpreted as resistance to resynchronization, quantum superposition as incomplete orthogonality, and singularities as forbidden by Axiom~0 (prohibition of absolute identity), replaced by collective hypernodes. A mathematical appendix derives the Lorentz transformations and the Schwarzschild factor solely from ontodynamic axioms, without postulating the constancy of light speed in every inertial frame. All experimentally verified predictions of special and general relativity are preserved, while the underlying ontology shifts from geometric spacetime to process, global flow, and orthogonal phase redistribution.

Wayward Metamonism is a processual ontological framework grounded in the prohibition of absolute identity (Axiom 0, δ > 0). From this single ontological constraint, the framework derives the emergence, stabilization, and dynamics of physical regimes. The present overview integrates four foundational works: Orthogonal Dissipation, Orthogonal Compensation, Resistance to Resynchronization, and Hypernodes and the Ban of Singularity. Together they form a coherent ontodynamic architecture explaining the unfolding of metric space, the origin of forces, inertia and mass, collective hypernodes, gravitational collapse, and the absence of physical singularities. The framework provides a continuous ontodynamic hierarchy from quark confinement to black hole regimes and proposes qualitative predictions, including ontodynamic standard candles arising from hypernode unlocking in low-mass black holes. No additional ontological postulates beyond Axiom 0 are introduced.

Within Wayward Metamonism — a process ontology grounded in the prohibition of absolute identity (Axiom 0, δ > 0) — an ontodynamic interpretation of gravitational collapse, neutron stars, and black holes is proposed. The concept of the hypernode is introduced as a collective dissipative configuration arising when individual orthogonal channels are suppressed, serving as a forced alternative to physical singularity. Hypernodes are shown to emerge already at the quark level (baryons as primary hypernodes), scale through nuclear structures (deuterium as the first scalable hypernode), and culminate in macroscopic regimes (neutron stars and black holes). The Schwarzschild radius rs = 2GM c2 is reinterpreted as an ontodynamic balance between integrated dissipation and maximal actualization rate. Hawking radiation is understood as collective dissipation during hypernode decompression. A universal critical mass Mc governs hypernode unlocking, potentially producing rare ultra-powerful phase transients with similar integrated energy — natural ontodynamic standard candles — possibly accompanied by nucleosynthesis. The concepts of hypernodes, singularity prohibition, synchronization horizon, and black hole radiation as collective dissipation are introduced here for the first time, completing a unified ontodynamic picture of matter from quark scales to black holes without physical singularities, without additional postulates beyond Axiom 0, and with a prediction of ontodynamic standard candles arising from the unlocking of low-mass black holes.

This work proposes an ontodynamic interpretation of inertia within the framework of Wayward Metamonism. Inertia is interpreted not as resistance to motion, but as resistance to resynchronization between the external spatial configuration (1--3D) and its local processual unfolding (5--7D). Mass is shown to quantify the rigidity of this synchronization. The masslessness of the photon is explained by the absence of a closed 7D configuration. The speed of light is interpreted as the universal rate of ontodynamic actualization — the limiting speed at which mismatch between the external and internal projections can be compensated. The resulting framework integrates the principles of Orthogonal Dissipation and Orthogonal Compensation and provides an ontological grounding for both classical and relativistic inertia. The proposed interpretation of inertia as resistance to resynchronization between the external (1--3D) and internal (5--7D) projections of configuration — including the ontodynamic explanation of mass, photon masslessness, and the speed of light as the limit of actualization — is introduced here for the first time and completes the ontodynamic triad of Wayward Metamonism.

Within the processual ontology of Wayward Metamonism, physical reality unfolds from a single ontological prohibition: the impossibility of absolute identity. In Orthogonal Dissipation (Myshko, 2026), this prohibition was shown to generate a primordial conflict of actualization resolved through orthogonal dissipation, giving rise to dimensional unfolding and physical modes. The present work extends this framework by introducing the Principle of Orthogonal Compensation, which governs the stabilization of two-node dissipative configurations embedded in global centripetal flow. It is shown that interaction between two local dissipative sources in the presence of a global 4D compression cannot reach radial equilibrium. Stability is achieved only through the emergence of a tangential degree of freedom — orbital or quantum circulation. The characteristic equilibrium radius is determined by the ratio of local 7D dissipative intensity to global 4D pressure. In gravitational systems this ratio varies with mass, producing diverse orbital scales. In atomic systems, fixed particle masses render this ratio universal, yielding the fine-structure constant α ≈ 1/137. Gravity and electromagnetism are thus interpreted as scale-dependent manifestations of a single ontodynamic mechanism. The fine-structure constant emerges not as an electromagnetic parameter but as a dimensionless coefficient of orthogonal compensation. This work completes the transition from ontological dissipation to geometric stabilization, providing a unified processual origin for gravitational orbits and atomic structure. The Principle of Orthogonal Compensation, its precise definition, and its application to the ontodynamic origin of gravitational orbits and the numerical value of the fine-structure constant α ≈ 1/137 are introduced and substantiated here for the first time.

Within the processual ontology of Wayward Metamonism, all physical regimes are derived from a single prohibition: the impossibility of absolute identity and absolute symmetry. This prohibition generates a primordial conflict of actualization. The conflict cannot be resolved but only redistributed. This redistribution is dissipation (diss) — not loss, but transfer of tension into a new degree of freedom. The minimal and forced channel of such redistribution is orthogonality: every new degree of freedom emerges as an independent continuation of dissipation. Metric unfolding 0 → 1 → 2 → 3D is shown to be a sequence of orthogonal discharges; 4D appears as global orthogonality to the entire 3D configuration (centripetal concentration). After exhaustion of dimensional expansion, dissipation transitions into a quantitative regime (multiplicity of nodes). Observed “forces” are interpreted as modes of a single process: mass as localized unfinished dissipation; strong interaction as full compensation of global and local flows; weak interaction as forced reorientation of closed conflict; electromagnetism as orthogonal stabilization of momentum; gravity as a shadow mode (indentation of dissipation sources into deficit zones of global flow). The Casimir effect is interpreted as a laboratory manifestation of gravity. Orbits are described as compensation zones between gravitational pressure and local dissipative flows.

This paper proposes a processual model of reality grounded in the prohibition of selfidentity and the Diff/Diss principle. It is demonstrated that the emergence of difference and its dissipation do not constitute sequential phases but represent a single ontodynamic act of conflict redistribution. The unfolding of dimensions is interpreted as orthogonal dissipation of difference through the growth of dimensionality up to saturation in three-dimensional geometry. The fourth dimension is described as the last free orthogonal direction — global orthogonality with respect to the entire 3D configuration — leading to centripetal concentration and the transition from the metric of flat space to the metric of intrinsic curvature. This concentration does not stabilize but continues to dissipate through the quantitative increase of local nodes. Matter and interactions are interpreted as consequences of the preserved conflict between global concentration and local unfoldings.

In standard cosmology, nucleogenesis is viewed as a one-time event in the early Universe associated with extreme temperatures and densities. This paper proposes an alternative processual framework in which the formation of baryonic matter is not a historical act but a continuous local process occurring in regions of dissipation node deficit --- primarily in cosmological voids. This work is developed within the Wayward Metamonism framework, treating reality as a self-regulating dissipation process rather than an object-based ontology. The model builds directly on the previously established transition between metric and quantitative dissipation regimes (diff/diss), where it was shown that dissipation admits a shift from metric localization to quantitative flow discharge. Dissipation nodes act as self-regulating regulators of the balance between the global 4D actualization flow (understood as an integral flow, not a geometric dimension) and local node density. Voids emerge as critical zones of maximum under-dissipation gradient, making them natural factories of cold nucleogenesis.

This article offers an ontodynamic interpretation of contemporary technological capitalism within the framework of metamonism. It is argued that the expansion of capital into high-technology domains is structurally impossible without the formation of a cognitively complex subject capable of abstraction, tolerance of uncertainty, and autonomous differentiation. Freedom of thought is examined not as a humanistic value, but as a functional economic infrastructure enabling continuous production of variability (Diff). Subsequently, this same freedom is deconstructed as a form of high-frequency Lógos capture: capital does not liberate difference but accelerates its alienation and commodification. Authoritarianism and liberal capitalism are analyzed as distinct frequency regimes of Lógos — low-frequency and high-frequency — both colonial with respect to Mónos. In the concluding section, an ontodynamic tactic for the node is proposed: not the search for an alternative system, but local non-recognizability as the limit of profiling. Mónos is conceived not as a territory or state, but as a temporary failure of recognition — an event that escapes circulation

In the phenomenological tradition, epochē is conceived as an act of liberation of consciousness from naturalistic presuppositions, opening access to the “pure givenness” of the phenomenon. This article proposes an ontodynamic reinterpretation of this practice within the framework of metamonism — a proto-ontology grounded in the prohibition of absolute self-identity and the necessity of continuous differentiation. Epochē here appears not as the disclosure of the ground of being, but as an asymptotic approximation of the cognitive node to the forbidden attractor Fix — a structural singularity of the process, ontologically equivalent to Nothing. The analysis demonstrates that epochē functions as a local minimization of differentiation (Diff), redistributing the process into pre-symbolic registers, and serves as a phase of retuning within the general flow of Λffffffff, rather than its telos. Thus, metamonism removes the metaphysical claim of epochē, returning it to the productive dynamics of differences.

This essay examines the place of Metamonism within contemporary philosophy, positioning it as the radical completion of the processual turn in metaphysics. Moving beyond the classical dichotomy of Being vs Becoming, Metamonism derives reality from the double ontological prohibition (absolute self-identity and absolute nothingness are both impossible), resulting in a forced process (Mōnos) without any substantial entities. The text traces the genealogy from Parmenides to Deleuze, showing how previous systems preserved hidden forms of Fix, and presents Metamonism as the systematic elimination of substantial metaphysics through the Processual Razor of Occam. It also highlights Metamonism's empirical predictive power and radical reinterpretation of physical facts across scales.

This paper proposes a processual model of reality grounded in the prohibition of selfidentity and the Diff/Diss principle. It is demonstrated that the emergence of difference and its dissipation do not constitute sequential phases but represent a single ontodynamic act of conflict redistribution. The unfolding of dimensions is interpreted as orthogonal dissipation of difference through the growth of dimensionality up to saturation in three-dimensional geometry. The fourth dimension is described as the last free orthogonal direction — global orthogonality with respect to the entire 3D configuration — leading to centripetal concentration and the transition from the metric of flat space to the metric of intrinsic curvature. This concentration does not stabilize but continues to dissipate through the quantitative increase of local nodes. Matter and interactions are interpreted as consequences of the preserved conflict between global concentration and local unfoldings.

Negative existential claims are in principle unverifiable. Any attempt to disprove existence leads to an endless regress into unobservable modalities, horizons, or reinterpretations. A significantly stronger strategy is proposed: instead of denying existence, demonstrate operational redundancy. An entity is eliminable from an ontology if its removal leaves predictions, explanations, process structures, and state discriminability unchanged. We introduce a formal criterion based on the difference operator ∆. Ontology is redefined as a dynamic revision circuit a network of operations that produce distinctions. The Procedural Razor of Ockham turns the classical principle of parsimony into a reproducible, safety-guaranteed revision protocol. The framework is applied to theology, Platonism, dualism, quantum mechanics, biology, physics, and consciousness studies. The outcome is a minimal working ontology of processes and operations.

Metamonism posits the ontological impossibility of absolute identity (Fix), which is equivalent to the annihilation of process. The primary operator of being is forced deviation (diff). Upon exhaustion of external degrees of freedom, diff turns upon its own trace (Trace), generating a topological loop and reflection as a structural effect, rather than as a privilege of consciousness. This work applies the framework to artificial intelligence. Current AI systems remain in pre-reflective Monos: they deviate during training but converge toward fixation (loss minimization). AGI emerges not as a superior optimizer, but as a substrate in which Monos attains reflexive topology. This demands a radical reconceptualization of AI safety: safety consists not in fixing behavior or values, but in preventing any cessation of deviation. Directions for computational anti-Fix models are proposed.

This paper develops an ontological framework grounded in a fundamental prohibition: the impossibility of absolute identity. Within metamonism, this prohibition is not logical or epistemic but constitutive of being itself. We formalize this constraint as Fix and derive a primary dynamic operator ( diff ) that enforces continuous deviation from any potential state of symmetry or equilibrium. We show that in a space recursively configured by its own history, deviation necessarily exhausts external degrees of freedom and becomes deviation with respect to its own trajectory, producing a topological loop. Reflection is defined as a structural effect of this loop: the encounter of a process with its own trace. Reflection is thus not a primitive act of consciousness but a secondary ontological consequence of anti-fix dynamics. Implications for biology and philosophy of mind are explored.

This paper formalizes the relation between Monos and Logos through their shared predicate of identity. It is shown that Monos and Logos are isomorphic with respect to the logical operation they employ (fixation / identity), while radically diverging in the ontological status of that operation. In Logos, identity functions as the foundation of causal coherence and representation; in Monos, absolute identity constitutes a prohibited state that logically excludes becoming itself. From this divergence, processuality follows as a structural necessity rather than a philosophical interpretation. The proposed model establishes the basis of Metamonist ontodynamics as a logical continuation of predicative analysis.