The Deunitarization Hypothesis

A rationalist cosmological framework on the coupling of idea and potho, the eyies state, and the cyclic constitution of existence.

Preface

This document codifies a long-developing cosmological hypothesis. Its direct intellectual inspirations are the works of Marcus Aurelius, Plato, and Einstein. It is a rationalist construction in their tradition, informed by, but not derived from, established empirical physics. The framework is presented for readers interested in foundational questions about the structure of existence, the origin of dark matter, the nature of cosmic cyclicity, and the metaphysics of determinism. It does not aim at falsifiability in the modern empiricist sense. It aims at internal consistency, explanatory scope, structural elegance, and coherence with the broader rational tradition of natural philosophy.

The central claim of the hypothesis is that mass and information exist as discrete units, pothos and ideas, which, upon coupling, cease to exist as discrete units and give rise to eyies, the state of wholeness. The universe alternates between conditions in which eyies prevails (the units are coupled and so do not exist as such) and conditions in which the units exist discretely (eyies is absent). We exist in a universe where eyies prevails, the result of a deunitarization event we call the Big Bang. The inverse process, unitarization, is performed continuously by black holes and will, given sufficient cosmic time, return the universe to a state of unitarized discreteness. The two processes are paired and mutually necessary: neither could exist without the other, and together they constitute the cycle of existence.

I. Foundational Concepts

Idea and Potho: The Primitive Units

The primitives of the framework are the idea and the potho, the unit of information and the unit of mass respectively. They exist as separate, distinct entities when in their unit form. They are not different aspects of a single underlying quantity; they are categorically distinct kinds of thing.

The choice of names is deliberate. Idea evokes the Platonic tradition in which information functions as the eternal template from which physical instantiation derives. Potho derives from the Greek sense of longing or yearning, reflecting the asymmetric attraction described below: the potho must seek coupling with an idea, while the idea is under no such necessity.

Eyies: The State of Wholeness

Eyies, from the Greek ὑγιής (hygiēs), meaning whole or healthy, is the state that results when a potho couples with an idea. Eyies is a state-noun and is not pluralized or counted; one no more counts “eyies” than one counts “healths” or “wholenesses.” It describes a condition, not a quantity.

The critical ontological claim of the framework: at the moment of coupling, the idea and the potho cease to exist as discrete units. What exists thereafter is the eyies state itself, which carries mass-like and information-like properties inherited from its constituents but in which those constituents are no longer present as separable entities. The idea and the potho return to existence only when the eyies state is disrupted by black hole unitarization, which restores them to unit form.

What is conventionally called matter is, in the vocabulary of this framework, the manifestation of the eyies state. Ordinary matter is not “mass with information about it”, it is the wholeness achieved through the disappearance of a potho and an idea into a single condition of being.

Deunitarization and Unitarization

Two paired processes govern the transitions between unit form and eyies state:

• Deunitarization (unit fusion) is the process by which discrete pothos and ideas couple and, in doing so, cease to exist as units, giving rise to the eyies state. The Big Bang is a deunitarization event, the moment at which the pothos released by the previous cycle’s terminal collapse couple with the ideas present in spacetime, with the eyies state emerging throughout the new cosmic cycle’s spacetime as a consequence.
• Unitarization (unit fission) is the process by which the eyies state is disrupted, producing discrete pothos and ideas as the constituents return to existence in unit form. This is the process that black holes perform. A black hole is a unitarization engine, gradually disrupting the eyies state and re-instantiating pothos and ideas as discrete units.

The two processes are mutually constitutive. Without deunitarization, the eyies state cannot arise; without unitarization, the eyies state could not be reduced back to the discrete units needed to feed the next cycle. They are paired across cosmic time.

The Asymmetry

Pothos and ideas are not symmetric in their bonding requirements. A potho cannot persist uncoupled, within any deterministically-derivable probability window, a potho must couple with an idea (ceasing to exist as a unit and contributing to the eyies state) or it cannot remain. Ideas face no such constraint and can persist freely in their unit form indefinitely.

This asymmetry produces the foundational characteristic of any actual existence: the idea-to-potho ratio (I:P) exceeds 1:1. There is more idea than potho in any imperfect existence. The ratio is bounded by two asymptotic limits, neither of which is achievable:

• 1:1, the perfect-existence limit, in which every idea has a corresponding potho available for coupling.
• 1:0, the maximally-imperfect limit, in which ideas vastly outnumber pothos; as the denominator approaches zero, the ratio approaches infinity.

The total quantities of idea and potho across the cycle are themselves continuous uncountable infinities, effectively infinite in absolute terms, but the I:P ratio is well-defined, finite for any actual existence, and bounded within the open interval between these limits.

The Attraction Between Uncoupled Idea and Potho

Pothos and ideas in their unit form naturally attract one another. This attraction is gravitational in character and is the same fundamental tendency observable as dark matter clustering around galactic centers, uncoupled ideas of the cosmic substrate are drawn toward the mass-aspect of the eyies state within galaxies. The attraction operates universally, at all scales where uncoupled ideas exist in proximity to pothos (whether the pothos exist in unit form or are immanent within an eyies state’s mass-aspect).

This attraction is the load-bearing mechanism behind the dynamics of black hole structural decay and terminal collapse, and behind the macroscopic phenomenology of cold dark matter.

II. Black Hole Dynamics: The Unitarization Engine

Black holes are the only physical environments in which the eyies state can be disrupted, returning pothos and ideas to discrete unit existence. They perform unitarization (unit fission), restoring the constituents to unit form as the eyies state breaks down.

Continuous Idea Ejecta

Throughout a black hole’s existence, ideas, re-instantiated by the ongoing disruption of the eyies state, are continuously shed from its event horizon. The surface area of the horizon is determined by a fundamental property of spacetime, its permittivity for ideas, which sets how much informational capacity exists per unit area. This corresponds structurally to the Planck area in established horizon-entropy frameworks.

Once outside the horizon, the shed ideas are uncoupled and subject to the universal attraction toward the pothos still bound within the black hole’s mass structure. The released ideas accumulate as a substrate surrounding the black hole, exerting continuous attractive pull on what remains within.

Structural Decay

Black hole structural integrity is maintained against the cumulative pull of its surrounding idea substrate by the eyies state of the matter within it, reinforced by ongoing accretion. The decay of this structure is the gradual surrender of the eyies state at the surface to the external pull, the wholeness is disrupted by the attraction, with the re-instantiated ideas adding to the surrounding substrate and the re-instantiated pothos typically pulled back into the black hole.

The rate of this structural decay is logarithmically related to black hole mass: small black holes surrender the eyies state rapidly, while large black holes surrender slowly. The decay process is therefore not internal failure but the cumulative effect of the universal attraction acting on the wholeness of the eyies state.

Terminal Collapse

Terminal collapse occurs when the accumulated attractive force from the surrounding idea substrate exceeds the remaining structural binding of the black hole’s mass. At this threshold, the mass structure is pulled apart in a single catastrophic event, releasing all retained pothos into the surrounding spacetime in one moment.

The severity of terminal collapse scales exponentially with the imbalance between retained potho-content and retained idea-content within the black hole at the moment of collapse:

Severity of collapse ∝ exp(P_retained − I_retained)

This produces a sharp dichotomy in collapse phenomenology:

• A small black hole unitarizes quickly relative to its lifetime. By the time the accumulated external pull overcomes the diminished internal binding, both retained potho-content and retained idea-content have decreased proportionally; the imbalance is small. Terminal collapse occurs as a minor event, a “fizzle.”
• A universal-scale black hole has structural binding so substantial that it persists long enough to surrender essentially all of its ideas continuously to the surrounding substrate. By the time the accumulated external pull overcomes the remaining structural binding, the idea-content has fallen to effectively zero and the potho-content is at maximum. The imbalance is at its greatest possible value, and the severity of collapse is correspondingly maximal.

The terminal collapse of a universal black hole is the Big Bang, the deunitarization event that begins the next cosmic cycle.

III. The Cyclic Structure of Existence

The Big Bang is identified as the terminal collapse of the previous cycle’s sole universal black hole, and as the deunitarization event in which pothos and ideas couple en masse, ceasing to exist as units, with the eyies state emerging across spacetime in their place.

The cycle proceeds as follows:

1. A universal black hole accumulates eyies-state matter across the cycle’s long life as it falls in and is unitarized into discrete pothos and ideas.
2. Throughout this period, ideas are continuously shed into spacetime, where they accumulate as a surrounding substrate of uncoupled units.
3. The substrate exerts cumulative attractive force on the pothos within the black hole.
4. By the time terminal threshold is reached, effectively all idea-content has been transferred to the substrate. The universe at this point is maximally unitarized: ideas exist in profusion as a substrate, pothos exist as a concentrated mass within the universal black hole, and the eyies state has effectively ceased to exist anywhere in the cosmos.
5. The accumulated substrate pulls the remaining pothos out of the black hole in a single catastrophic event, terminal collapse, the Big Bang.
6. The released pothos encounter the accumulated idea substrate. During a deterministic bonding window, pothos couple with ideas en masse and cease to exist as units. The eyies state emerges throughout the new cycle’s spacetime.
7. Ideas that fail to find pothos to couple with within the window remain in unit form.

The uncoupled ideas left over from the deunitarization event are cold dark matter.

Over the course of the new cycle, black holes form and gradually disrupt the eyies state of matter that falls into them, re-instantiating pothos and ideas as discrete units. Given sufficient time, by present estimation, trillions of trillions of years conservatively, the universe will be fully unitarized again, eyies will have ceased to exist throughout the cosmos, and the cycle will reach the terminal-collapse condition that produces the next deunitarization.

IV. Cold Dark Matter

Cold dark matter is the uncoupled ideas that did not find pothos to couple with during the most recent deunitarization event (the Big Bang). They remain in their unit form as the substrate of uncoupled ideas pervading the cosmos.

This identification resolves several otherwise difficult features of dark matter phenomenology:

• Coldness: Cold dark matter is not the relativistic thermal radiation it would need to be if it were standard Hawking emission. The ideas that constitute it were never coupled with pothos, and so were never propagating at relativistic velocities as thermal radiation. The “cold” of cold dark matter is the absence of kinematic properties, not a kinematic property in itself.
• Non-interaction: Cold dark matter does not couple to electromagnetic, weak, or strong interactions because those couplings are properties of the eyies state. Uncoupled ideas in unit form lack the channels through which such couplings operate.
• Gravitational clustering at galactic centers: Cold dark matter, as uncoupled ideas, exhibits the same natural attraction toward the mass-aspect of bound matter that drives black hole structural decay and terminal collapse. The ideas of the dark matter substrate are drawn toward the mass-aspect of the eyies state in galaxies, producing the observed halo structure. The mechanism that pulls dark matter into galactic halos is the same one that pulls accumulated idea substrates at black holes into eventual disruption of those holes’ mass structures. The phenomenon is universal: uncoupled ideas attract mass at all scales, whether that mass exists in discrete potho form or as the mass-aspect of the eyies state.

Cellular Automaton Dynamics

The cold dark matter substrate evolves according to rule structures resembling cellular automata, operating on continuous local neighborhoods rather than discrete cells. These rules govern growth and decay of population density within the substrate, producing macroscopic phenomenology consistent with Lambda-CDM cosmology and the observed structure of the cosmic microwave background through emergent dynamics rather than through particle interactions. The specific rule structure governing this substrate is among the open questions of the framework.

V. The Asymptotic Limits and Cycle Fluctuation

The idea-to-potho ratio (I:P) of any existence is bounded by two asymptotic limits, neither of which is achievable in any real cycle:

• 1:1 (perfect existence): ideas and pothos in exact one-to-one correspondence. Every coupling is complete, no uncoupled ideas persist, every cycle is identical to the next, no cycle-to-cycle variation exists, and no contingency appears even from internal observer perspectives.
• 1:0 (maximal imperfection): ideas persist in the effective absence of pothos. The ratio approaches infinity as the denominator approaches zero but never reaches the limit. Almost no coupling occurs; the substrate of uncoupled ideas dominates the cosmic structure.

Real existences fluctuate within the open interval between these limits. The total quantities of idea and potho across the cycle are uncountable continua, but the ratio between them is finite and well-defined for any given cycle. The fluctuation across cycles is itself deterministic from cycle conditions but cannot approach either limit arbitrarily closely.

Our universe sits on the imperfect side of this spectrum. The observed ratio of dark matter to ordinary matter is approximately five to one in mass-equivalent, close to neither asymptotic bound, but firmly within the imperfect regime.

The fluctuation across cycles may be monotonic (drift in one direction over deep cosmic time), oscillatory (variation around a mean), or chaotic-but-bounded (variation within the parameter range without periodicity). The choice among these possibilities is among the open questions of the framework.

VI. Determinism and the Illusion of Agency

The hypothesis is grounded in hard determinism. Every event is the necessary consequence of prior conditions; no genuine indeterminacy exists at any level.

The asymmetric imperfection of existence, the I:P ratio exceeding 1:1, which produces cold dark matter, is also the structural source of the illusion of agency that internal observers report.

In a perfect existence (I:P = 1:1), cycles are identical, no contingency exists in the structure, and even from an internal observer’s perspective there is no apparent room for choice. There is no free will and no illusion of free will. Viewed externally, such an existence is a complete identity across the cycle sequence:

∀i ∈ ℤ: B_i = B_i+1

That is, for every integer i, the i-th Big Bang is identical to the next, and by extension all Big Bangs across the cycle sequence are mutually identical.

A quantitative measure of imperfection follows. Define the deviation functional D as the sum over all i ∈ ℤ:

D = ∑_i ‖B_i+1 − B_i‖²

D = 0 characterizes any perfect existence; D > 0 characterizes any imperfect one. The magnitude of D measures the cumulative deviation between consecutive cycles across the entire cycle sequence, providing a single scalar quantity that locates a given existence on the imperfection spectrum.

In an imperfect existence, the accumulated uncoupled ideas create genuine cycle-to-cycle variation. This variation propagates into local apparent indeterminacies which, while remaining fully deterministic at the global level, appear as contingency from any local observer’s perspective. The result is the subjective experience of choice, the illusion of agency, without any underlying departure from determinism.

The strength of the agency-illusion is proportional to the imperfection of the existence, indexed by D. A more imperfect cycle (higher D) supports a stronger illusion; a more perfect cycle (lower D, approaching 0) supports a weaker one. This is a structural and cosmological account of the free-will-illusion rather than a psychological or epistemic one.

VII. The Monad and the Perspective Constraint

The deunitarization hypothesis describes apparent multiplicity, discrete pothos and ideas, the eyies state, black holes, cosmic cycles, but the framework’s underlying metaphysical commitment is that this apparent multiplicity is perspectival rather than ontological. The universe is itself the Monad, a single whole entity, and what appears as multiplicity within it reflects the limits of any perspective that cannot encompass the whole. We refer to the universe as a configuration of the Monad rather than as a thing distinct from it; the Monad is whole, and we simply lack the perspective to perceive it as one homogeneous entity.

The choice of the term Monad is deliberate. The Stoic tradition, most directly Marcus Aurelius’s Meditations, conceives the cosmos as a single rationally ordered whole governed by logos, with all events as aspects of one ordered nature. Platonism develops the same concept of an ultimate unity underlying apparent multiplicity, with the cave allegory articulating perception as constrained access to deeper structure. The deunitarization hypothesis stands in direct continuity with these positions. The term Monad itself is borrowed for its broader philosophical resonance and the conception of the universe as a single whole through independent rational reflection. The convergence across these traditions is evidence of structural robustness.

The configurations of the Monad include the state of maximal unitarization (the universal black hole with its surrounding idea substrate), the deunitarization event (the Big Bang), the eyies-prevalent state we inhabit, the gradual return through unitarization toward the next universal black hole, and the repetition of the cycle without end. None of these configurations is the Monad. All are aspects of it visible from within. The Monad is not the sum of its configurations; it is the wholeness that they collectively express, eternally and without internal division.

What appears to internal observers as multiplicity is a perspective constraint. From within the eyies state we perceive distinct objects, distinct moments, distinct cycles. From the perspective that would see the Monad directly, all of these are aspects of a single homogeneous wholeness.

The perspective constraint has technical articulation as well as philosophical motivation. Sensitive dependence on initial conditions ensures that even in a fully deterministic system, microscopic uncertainty compounds exponentially through interactions. Computational irreducibility shows that for sufficiently rich systems there is no shortcut faster than running the system itself, and the universe, being the maximal such system, cannot be modeled by any embedded agent at less than its own complexity. Any observer is part of the system, using a portion of the Monad to model the rest; the model necessarily runs more slowly than the configuration it represents. Furthermore, every act of observation is itself a physical event that perturbs the state being observed. There is no read-only access to existence; every motion made, every thought formed, every neuron fired irreversibly inscribes itself into the configuration of the Monad. Determinism does not entail predictability, because predictability requires a vantage that no embedded observer can occupy. Laplace’s demon, the imagined intelligence that could compute the entire future from a complete present, is incoherent on this view, because it would require a vantage outside a universe defined as containing everything.

The perspective constraint is also why the framework’s commitments are rationalist rather than empiricist. Empirical methodology, properly understood, reports the limits of resolution. Treating those limits as ontological, assuming that what is currently unresolved does not exist, is the indivisibility fallacy, smuggling perceptual constraints into claims about reality. Quantum randomness, treated as ontological rather than as epistemic bookkeeping about unresolved substructure, is the most prominent contemporary instance. Statistical mechanics is the explicit institutional admission of the same move at a less controversial level, entropy is observer-dependent in a quiet way. The rationalist tradition holds open the possibility that reality has more structure than perception can deliver, and reasons about what that structure must be from first principles, accepting that the constraints of measurement do not bind the constraints of being.

The eyies state itself is a microcosm of this principle: local wholeness in which the constituent units do not exist as separable entities. The Monad is the same principle at cosmological scale: ultimate wholeness in which all apparent distinctions do not exist as separable entities.

This connects the framework’s metaphysics to its physics in a precise way. The same principle that makes pothos and ideas cease to exist when they couple into the eyies state also makes the configurations of the Monad cease to exist as separable things when viewed from the perspective of the Monad itself. The framework’s local ontology (units, eyies, attractions, cycles) is the appropriate description for observers constrained to internal perspective. The framework’s metaphysical claim is that this local ontology is real but partial, true within the perspective constraint, incomplete from the perspective that would see the whole.

The hard determinism of the framework follows from this metaphysics. If the universe is the Monad, then its entire configuration across all cycles is one thing, not a sequence of separable events. The apparent flow of time, the apparent contingency of events, and the apparent agency of internal observers are all features of perspective rather than of underlying reality. The Monad does not change; it simply is, in its eternal wholeness, and the cycles are configurations within that wholeness rather than transformations of it.

VIII. Methodological Positioning

The Deunitarization Hypothesis is a rationalist cosmological framework. It is constructed from synthesis of prior rational and empirical work, refined dialectically between rational reasoning from first principles and empirical iteration against established physics, with rational mode resumed whenever empirical iteration reaches the limits of what is currently observable.

Many of the central claims, the existence of ideas and pothos as discrete categorical primitives, the ontological status of eyies as a state in which its constituents do not exist, the substrate of uncoupled ideas, the previous cycle’s universal black hole, concern objects and processes not directly observable from within the current cosmic cycle. This is by design rather than by oversight. The hypothesis aims at coherent description of structure that is necessarily beyond direct measurement, in the same way that interpretations of quantum mechanics, the deeper substrate of cyclic cosmologies, and the foundations of mathematical existence are beyond direct measurement.

Philosophy is here understood as continuous with the contemporary definition of science: the science of why, distinguished from but inextricable from the science of how.

IX. Intellectual Lineage

The hypothesis derives directly from three principal sources:

• Marcus Aurelius: The Stoic foundation. The universe as a rationally ordered whole governed by logos; hard determinism as the appropriate orientation toward the necessary unfolding of events; the cosmic perspective from which all things appear as configurations of one ordered nature; the cyclic conception of cosmic transformation. The framework’s commitments to determinism, monistic metaphysics, and the structural treatment of agency-as-illusion derive from this tradition.
• Plato: The Forms (or ideas) as eternal templates underlying physical instantiation, the framework’s use of idea as the unit of information deliberately invokes this lineage. The cave allegory’s articulation of the perspective constraint, in which observers perceive shadows of a deeper structure they cannot directly access, provides the foundational image for the Monad section’s account of embedded observation.
• Einstein: Not for any single technical result but for the methodology, the construction of fundamental physics from thought experiments and rational principles, with empirical confirmation following from the completed theory rather than driving its construction. General relativity as the paradigmatic case. The framework’s rationalist mode and its willingness to engage cosmological structure beyond direct measurement follow Einstein’s example.