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Jia Baolong Axiom System and Researchable Ontology: From Absolute Undefined to PR, Universes, and Life

Jia Baolong · 2026-08-11 · GitHub Markdown 原文

Subtitle: Existence and non-existence, system-independent absolute truth, the seven arguments for the First Actual, and a parallel comparison of world ontologies
Author: Jia Baolong
Theory: Jia Baolong Axiom System and Researchable Ontology

Abstract

The Jia Baolong Axiom System does not study one universe. It studies the fundamental boundary of existence and non-existence, why actual existence is possible, and how actual existence unfolds from the First Actual into sustainable generation. Any concrete universe is only an uncollapsed chaotic solution on the PR generative tree: an actual branch inside the system, not the boundary of the system’s inquiry.

Its first ontological judgment is that actual existence is necessarily imperfect dynamics, while absolute perfection is necessarily not existence in real operation but only a statically describable form. Here “imperfection” strictly means non-closure, non-fixedness, continued occurrence, and the capacity to generate new difference; “perfection” means that every relation is already statically complete and no real update occurs. A static form can be described; it cannot acquire actual occurrence merely through completeness.

Jia Baolong Absolute Truth (JBLAT) begins from strict recognition of Undefined. Undefined is not an object within a system, not ordinary nothingness, and not a hidden cause. It is the absolute boundary at which even “there is a nothing” has not acquired positive ontological standing. JBLAT writes that boundary as the zero-positive proposition $U$, invariant across admissible systems. $U$ does not create events. In models that bear the task of actualization, the zero-positive boundary face and First Actual Face co-arise non-temporally and non-causally:

$$ U_*\mid\mathrm{PR}. $$

Seven arguments with different functions converge on PR through actuality, non-causal boundary, relationality, elimination of presuppositions, binary logic, candidate enumeration, and backward tracing. PR, ER, LE, and concrete RULEs then provide a computational research interface from the First Actual to chaos and proto-matter. Above proto-matter, modern science continues through non-equilibrium dynamics, autocatalytic networks, replication, compartmentalization, heredity, selection, and protocells.

Finally, this article compares the world’s major ontological traditions under one set of criteria. For the explicit task of explaining actual occurrence from a zero-positive boundary and then providing the First Actual, a generative mechanism, a proto-matter interface, a life chain, and reflexive recognition, the Jia Baolong Axiom System currently provides the most complete overall structure, with the fewest borrowed external premises and the greatest capacity for continuing research.

1. The Theory Does Not Study the Universe

1.1 Its object is existence and non-existence

Cosmology usually asks after the origin, structure, spacetime, matter, and evolution of one universe. The Jia Baolong Axiom System lies prior to these questions and studies:

  1. under what conditions something may be called actual existence;
  2. how the boundary between existence and non-existence is strictly specified;
  3. why a statically describable structure is not identical with actual occurrence;
  4. what structure the First Actual must have without prior matter, time, or external executor;
  5. how the First Actual forms a generative architecture that can continue through computation, simulation, and layered research.

The theoretical object is not a presupposed set of universes, but the root conditions under which any actual world can occur:

$$ \mathcal T_{\mathrm{Jia}} = \operatorname{Theory} (\mathrm{Existence},\mathrm{Nonexistence},\mathrm{ActualGeneration}). $$

1.2 A universe is an uncollapsed chaotic solution on the PR tree

PR provides non-fixed re-entry in the First Actual; ER bears a relational situation; LE provides local, finite, delayed actual implementation; a concrete RULE determines how branches unfold. The system therefore permits a generative tree formed by different rules, updating orders, relational histories, and stable structures:

$$ \mathcal T_{\mathrm{PR}} = \operatorname{Tree} (\mathrm{PR},\mathrm{ER},\mathrm{LE},\mathrm{RULE}). $$

A concrete universe is only one continuously actualizing solution within it:

$$ \mathcal U_i \in \operatorname{Solutions}(\mathcal T_{\mathrm{PR}}), $$
$$ \mathcal U_i = \operatorname{UncollapsedChaoticSolution} (\mathrm{PR},\mathrm{ER},\mathrm{LE},\mathrm{RULE}_i). $$

“Uncollapsed” does not borrow a quantum-measurement term. It means that this solution is still actually unfolding and has not been replaced by a static, completed, generation-stopped diagram of total history. “Chaotic solution” does not mean lawlessness either: it means that a determinate or locally determinate RULE may yield an actual history sensitive to initial differences, impossible for finite observers to compress globally in advance, and yet able to produce persistent local patterns.

Thus:

$$ \boxed{ \text{The universe belongs to the theory’s solution space; the universe is not the theory itself.} } $$

2. Existence Is Necessarily Imperfect; Perfection Is Necessarily Not Real Existence

2.1 The ontological meaning of “imperfection”

“Imperfection” in this system is a strict ontological term. It means:

  • a state is not closed as one static whole;
  • current actuality is not the whole future;
  • a result can enter a subsequent process;
  • the system continually generates difference;
  • actual history cannot be replaced by one static graph.

Let $x_n$ be a current actual state. Wherever real occurrence exists, there is at least:

$$ \operatorname{ActualStep}(x_n,x_{n+1}), $$

and the First Actual cannot be exhausted in an eternal fixed point:

$$ x_{n+1}\neq x_n. $$

This non-fixed, open, continually updating character is the strict meaning of “imperfection” and the mark distinguishing actual existence from static form.

2.2 Perfect stasis belongs only to the formal domain

A formula, a complete trajectory, or a “Platonic Crystal” containing every possible structure can be absolutely complete in a descriptive sense. Yet:

$$ \operatorname{Describable}(x) \not\Rightarrow \operatorname{Actual}(x), $$
$$ \operatorname{Encodes}(S,H) \not\models \operatorname{Occurs}(H). $$

If a supposed existence is absolutely perfect, wholly fixed, and undergoes no actual update, no occurrence-level difference remains between it and a statically written form. It may be formal truth, mathematical structure, or complete description; it is not existence in real operation.

The system therefore defines existence as actual motion:

$$ \operatorname{ActualExistence} \equiv_{\mathcal T_{\mathrm{Jia}}} \operatorname{ActualMotion}. $$

Hence:

$$ \boxed{ \text{Actual existence is necessarily dynamic and open; absolutely static perfection is not real occurrence.} } $$

3. Undefined and the System-Independent Jia Baolong Absolute Truth

3.1 Undefined is not something in a system

Ordinary “nothing” remains a determinable state: it presupposes an object domain, a judgment framework, and the semantics of “something does not exist.” A physical vacuum has fields, symmetries, and physical laws; the empty set is a determinate object in set theory; potentiality presupposes a capacity to become something; a First Cause presupposes existence and causal power.

Undefined belongs to none of these positive candidates. At the ultimate root, object-level determinations such as thing, nothing, rule, time, space, possibility, cause, executor, and container have no conditions of application. It is not the thinnest thing in the world; it is the boundary role before any “thing” gains positive determination.

3.2 From a boundary role to an absolute proposition

Let:

  • $\mathfrak D$ be the class of admissible systems that bear the task of complete root explanation;
  • $b_M$ be the ultimate root position of system $M$;
  • $\mathrm{Pos}_M$ be the positive ontological predicates system $M$ can assign at that root.

The cross-system form of Jia Baolong Absolute Truth is:

$$ U_{\mathrm{abs}}:\quad \forall M\, \left[ M\in\mathfrak D \Rightarrow \forall P\in\mathrm{Pos}_M, \neg P(b_M) \right]. $$

In a fixed language, this is abbreviated:

$$ U:\quad \forall M\in\mathfrak D\, \forall P\in\mathrm{Pos},\, \neg P(b_M). $$

$U$ is a proposition; Undefined is the zero-positive boundary role specified by that proposition. They must not be confused as one kind of thing:

$$ \boxed{ U=\text{the absolute-boundary proposition}, \qquad \mathrm{Undefined}=\text{the zero-positive boundary role}. } $$

3.3 Why it is system-independent

System-independence does not mean that $U$ mysteriously holds without language or reasoning. It means that it depends on no internal matter, God, consciousness, mathematical object, computational rule, spacetime structure, or historical content of any system under comparison. Any system bearing the same task is subject to the same constraints:

  1. it must explain actual occurrence, not merely offer a static describable structure;
  2. it must not borrow an actual executor outside itself;
  3. it must not arbitrarily declare a positive root exempt from explanation;
  4. it must not make unexplained positive objects mutually guarantee one another in a positive circle;
  5. it must not regress indefinitely without ever reaching a root;
  6. it must not secretly pre-install rules, state spaces, probability, or possibility at zero.

If the root retains a positive candidate $X$, one must ask why $X$ has identity, distinction, capacity, or actuality. If another $Y$ explains $X$, then $X$ is not the ultimate root. If further explanation is refused, the endpoint is arbitrary. If $X$ explains itself, there is a positive circle. If explanation retreats forever, the root task is not completed.

Therefore a complete, non-arbitrary, self-contained explanation that genuinely terminates regress can only eliminate all positive content at the root. This elimination does not depend on the internal name used by a system. Another system need not use the words Undefined, $U$, or JBLAT; if it completes the same task, it inherits the same zero-positive boundary.

This is JBLAT’s absoluteness:

$$ \boxed{ \text{Internal systems may differ; the ultimate zero-positive boundary does not change with their content.} } $$

3.4 Why an absolute truth outside a system can still constrain systems

$U$ is not one physical rule inside a system and does not compete with other objects. It is like the zero point from which all positive coordinates begin: zero is not a component inside every positive number, yet it constrains every positive number’s position.

Likewise, JBLAT precedes any concrete cosmic event and imposes a boundary condition on every system bearing the same root task. It excludes positive presuppositions that may legitimately occupy the root; the running of every internal step is determined by actual generative structure and concrete RULEs.

4. From Undefined to PR: Not Causal Generation, but Boundary Face and Actual Face

4.1 Undefined alone cannot generate an event

A theory containing only a zero-positive boundary cannot entail an actual step:

$$ T_U \not\models \exists a,b\, \operatorname{ActualStep}(a,b). $$

It must therefore not be written as:

$$ \mathrm{Undefined} \xrightarrow{\text{time or causality}} \mathrm{PR}. $$

If Undefined possessed the power to produce, wait, choose, or execute, it would already possess a positive property and would no longer be Undefined.

4.2 PR converges from the actualization task and minimum conditions

The absolute boundary $U$ removes positive root presuppositions. Conditions of actualization raise a different question: given that the object of study is actual existence, what must the First Actual Face be?

Let $\mathcal A$ denote conditions including actual occurrence, self-containment, rootedness, persistence, absence of external executor, label-unbiasedness, and non-fixedness. The strict relation is:

$$ U+\mathcal A \Longrightarrow \operatorname{ActualFace}_{\mathcal M}(U_*) \cong \mathrm{PR}. $$

It is also written:

$$ U_*\mid\mathrm{PR}. $$

The vertical bar denotes the boundary face and actual face of one root determination. $U_*$ does not exist for a period in time and then manufacture PR; PR does not reverse into the cause of Undefined. The absolute boundary and actual face are of different types, yet co-arise non-temporally in a root-actualization model.

The precise meaning of “getting PR from Undefined” is therefore:

Undefined eliminates every positive starting point that could be smuggled into the root. When the same research task turns to the question “what is the minimum actual face once actual existence has occurred?”, the seven arguments converge on PR as the First Actual’s normal form.

5. Why the Universe’s First Beat Must Have a PR Core: Seven Arguments

The “seven arguments” are a chain of arguments that resolve different gaps and finally converge on PR.

Argument One: research domain and actuality

The theory studies actual occurrence, not all static structures that can be written. Complete histories, ALL, formulae, and libraries of snapshots can encode motion, but do not automatically make motion occur:

$$ \operatorname{Encodes}(S,H) \not\models \operatorname{Occurs}(H). $$

The First Beat must therefore contain an ActualStep rather than a relation written on paper.

Argument Two: Undefined’s non-causal role

Undefined does not wait in time and has no generative capacity. The First Beat cannot be moved by a positive object disguised as “nothing.” This excludes the false model in which nothing becomes something after a period of time, and converges instead on $U_*\mid\mathrm{PR}$.

Argument Three: relationality and internal adjacency

Actual motion requires an occurring relation at minimum:

$$ \operatorname{ActualStep}_W(a_0,a_1). $$

If the system persists and is self-contained, the result must enter the next step rather than be restarted by an external finger:

$$ \operatorname{ActualStep}(a_0,a_1) \land \operatorname{ActualStep}(a_1,a_2). $$

Argument Four: eliminating external executors and root presuppositions

Prior matter, time, rules, random samplers, state libraries, or external executors all move the question of the First Actual onto these objects. JBLAT requires that the root borrow none of these positive conditions; the first motive must therefore be endogenous.

Argument Five: the finite binary logical razor

Let:

$$ D=\{Y,N\}. $$

The total unary maps on a binary set are only identity, exchange, and two constants:

$$ D^D= \{\operatorname{id}_D,\sigma,c_Y,c_N\}. $$

Label symmetry excludes the two biased constants, and non-fixedness excludes identity, leaving:

$$ \mathfrak R(D^D)=\{\sigma\}, $$
$$ \sigma(Y)=N, \qquad \sigma(N)=Y, $$
$$ \operatorname{Fix}(\sigma)=\varnothing, \qquad \sigma^2=\operatorname{id}_D. $$

When actually run and allowed to re-enter its result, this uniquely minimal non-fixed normal form is the PR core.

Argument Six: enumerating candidates for the first motive

  • Static identity has no actual change;
  • a static complete trajectory only encodes;
  • a single flash cannot explain persistence;
  • an external executor pushes the root backward;
  • a random first transition presupposes a sample space, measure, and the actuality of sampling;
  • a biased constant map presupposes privileged labels;
  • ordinary contradiction does not automatically form sustained updating;
  • original motion states only non-stasis and cannot alone supply re-entry, ER, LE, or concrete generation.

In the specified minimum model class, PR preserves non-fixedness, endogeneity, persistence, and result re-entry together at the lowest structural cost.

Argument Seven: backward tracing from proto-matter chaos and non-temporal co-arising

If an actual chaotic history already contains persistent, interacting proto-matter patterns and satisfies explicit conditions of rootedness, self-containment, binarity, unbiasedness, and non-fixedness, it may be traced backward:

$$ \begin{aligned} \operatorname{MatterLikeInChaos} &\Rightarrow \operatorname{ActualNontrivialOrbit}\\ &\Rightarrow \operatorname{RootedInternalHistory}\\ &\Rightarrow \operatorname{BinaryUnaryQuotient}\\ &\Rightarrow \operatorname{ExchangeOnFirstBeat}\\ &\Rightarrow \operatorname{PRCore}\\ &\Rightarrow \operatorname{PRReentry}. \end{aligned} $$

Forward root elimination and backward emergent tracing finally converge on one conclusion:

$$ \operatorname{ActualFace}_{\mathcal M}(U_*) \cong \mathrm{PR}. $$

The strict conclusion supported jointly by the seven arguments is:

For models of actual occurrence that are self-contained, rooted, and persistent, and satisfy the specified minimum binary, unbiased, non-fixed conditions, the minimum normal form of the First Actual structure must contain a PR core.

6. PR, ER, LE, RULE, and the Path from Chaos to Proto-Matter

The First Beat is not the whole world. PR supplies only non-fixed re-entry in the First Actual; its two-periodicity is not chaos and does not automatically equal matter.

  • PR (Paradoxical Re-entry, formerly Paradox–Reference): supplies actuality, non-fixedness, endogeneity, and result re-entry;
  • ER (Entity–Relation): bears relational situations, adjacency, local identity, structural memory, and interaction;
  • LE (Lazy Evaluation): supplies local, finite, delayed, demand-driven, truncating implementation;
  • RULE: determines how ER updates, how LE executes, and which attractors and stable patterns a concrete branch forms.

The normative generative chain is:

$$ \boxed{ U_*\mid\mathrm{PR} \to \mathrm{ER+LE} \xRightarrow{\mathrm{RULE}} \mathrm{Chaos} \to \mathrm{PersistentPatterns} \to \mathrm{Interactions} \to \mathrm{ProtoMatter}. } $$

The research task of Rule 979, TGP, and subsequent simulations is to determine which concrete RULEs generate chaos, persistent localized patterns, collision channels, effective types, and quasi-conservation relations within the PR–ER–LE architecture. This turns ontology into computational research rather than leaving it as the phrase “some origin generates all things.”

7. From Proto-Matter to the First Cell: A Continuous Emergence Chain Taken Up by Modern Science

Above proto-matter, the axiom system need not reinvent physics, chemistry, or life science. It supplies the lower interface; the relevant disciplines continue the specific upward mechanisms.

Modern origins-of-life research has not confirmed one unique, completely linear historical route, but it has formed a recurrent set of mainstream mechanism modules:

  1. non-equilibrium energy and matter flux maintain reaction environments far from equilibrium;
  2. prebiotic small molecules and reactive monomers form and become locally concentrated;
  3. polymerization, catalysis, autocatalysis, or primitive metabolic networks appear;
  4. RNA or analogous carriers hold information and catalytic functions on one molecular platform;
  5. lipid vesicles, condensates, or other compartments concentrate reactants and form units of selection;
  6. replication, metabolism, and compartment growth–division become coupled;
  7. heritable variation, differential persistence, and selection form open-ended evolution;
  8. protocells gradually form stable membranes, metabolism, genetic coding, and protein–nucleic-acid cooperation.

This may be compressed as:

$$ \begin{aligned} \mathrm{ProtoMatter} &\to \mathrm{ProtoChemistry} \to \mathrm{Autocatalysis} \to \mathrm{TemplateMemory}\\ &\to \mathrm{Compartment} \to \mathrm{Heredity} \to \mathrm{Variation} \to \mathrm{Selection}\\ &\to \mathrm{Protocell} \to \mathrm{Life} \to \mathrm{Consciousness}. \end{aligned} $$

RNA-world research places heredity and catalysis on one molecular platform; protocell research emphasizes compartments in the formation of cooperation, heredity, and units of selection; non-equilibrium physics explains how environmental flux can maintain replication, strand separation, and selective growth. Relevant reviews include The RNA World: molecular cooperation at the origins of life, Perspective: Protocells and the Path to Minimal Life, Physical non-equilibria for prebiotic nucleic acid chemistry, and Evolution at the Origins of Life?.

The Jia Baolong system therefore does not announce that it replaces every higher science. It establishes the interface:

$$ \mathrm{PR--ER--LE--RULE} \longrightarrow \mathrm{ProtoMatter} \longrightarrow \text{modern physics, chemistry, life science, and consciousness science}. $$

8. Method for Parallel Comparison of the World’s Major Ontologies

This article covers ontological traditions by their major root strategies. Theories with comparable root commitments receive the same structural test under this research task.

Eight unified criteria are used:

  1. Zero-point: does the theory avoid pre-installing a positive object, rule, or capacity at the root?
  2. Actuality: does it distinguish static describability from real occurrence?
  3. First Actual: does it give a minimum, endogenous, persistent first dynamic structure?
  4. Self-containment: does it eliminate external executors and arbitrary endpoints?
  5. Generative mechanism: does it supply explicit states, relations, transformations, and rules?
  6. Researchability: can it be formalized, computed, simulated, or turned into reviewable tasks?
  7. Upward interface: does it connect chaos, proto-matter, life, and consciousness?
  8. Reflexive closure: does it explain how observers arise within the system and retrospectively recognize the root?

These criteria do not use physics to deny the value of ethics or contemplative traditions. They specifically assess who more completely bears the task “to explain actual existence from no positive premise and continue to consciousness.”

9. Parallel Comparison of the World’s Major Ontologies

Ontology or tradition Root and central contribution Structural position under the unified criteria
Parmenidean ontology Being is one, ungenerated, indestructible, and unchanging Grasped the necessity of being, but demoted change and cannot explain why actual dynamics begin
Heraclitean becoming Stresses flux, tension, and process Approaches “actual existence is dynamic,” but lacks zero-positive boundary, minimum First Actual, and computable generative chain
Platonic forms Eternal forms explain intelligibility and order Precisely corresponds to the domain of static describability and perfect form, but does not explain how form becomes actual occurrence
Aristotelian substance Substance, form–matter, potentiality–actuality, and four causes organize being Deeply analyzes change and actuality, but begins with positive categories of substance, form, and cause
Daoist generation Dao, namelessness, naturalness, and generation express the source of ten thousand things Approaches a non-objectifiable root and generative intuition, but lacks $U$, a First-Actual normal form, and concrete RULE
Nāgārjuna’s Madhyamaka Dissolves svabhāva through emptiness and dependent origination Closest systematic elimination of positive self-nature, but does not aim to give a First Actual, PR normal form, or a mechanism from emptiness to proto-matter
Śaṅkara’s non-dualism Non-dual Brahman and pure consciousness unify diversity Strong unity, but Brahman, consciousness, and identity remain positive roots
Avicenna’s Necessary Existent Distinguishes essence and existence, possible beings and a being necessary through itself Positively determines necessary existence as first principle, without eliminating root determinations of being, unity, and necessity
Cartesian dualism Thinking substance and extended substance distinguish mind and body States the mind–matter structure clearly, but presupposes both substances and their origin
Spinozist monism One substance, God or Nature, and sufficient reason form a deductive whole Highly axiomatized and unified, but the one substance already bears existence, attributes, and necessity
Leibnizian monadology Monads, sufficient reason, and pre-established harmony explain the world Demands reasons for facts, but ends explanation with monads, God, and harmony
Kantian transcendental philosophy Experiential objects depend on cognitive forms and traditional metaphysics is limited Precisely states finite-observer conditions, but suspends positive knowledge of things-in-themselves and root actual generation
Hegelian dialectical ontology Being, nothing, becoming, and conceptual self-unfolding form a total process Closest conceptual self-generation and reflexive closure, but lacks state space, RULE, and computational interface from chaos to life
Heideggerian fundamental ontology Distinguishes being from beings and asks anew what being means Raises the question to conditions of being, but gives phenomenological clarification rather than a First-Actual generative algorithm
Whiteheadian process philosophy Actual occasions, relation, and becoming replace static-substance priority One of the closest traditions of dynamic ontology, but lacks zero-positive $U$, the unique PR normal form, and an explicit rule-search programme
Physicalism Physical facts, realization, or physical foundation organize the world Strongest integration with empirical science, but begins after the physical layer exists and cannot explain physical actuality or the existence of rules
Neutral monism A neutral base generates both mind and matter Avoids mind–matter dualism, but must still specify the neutral primitive’s identity, actuality, and composition
Panpsychism Mind-like nature is universal or fundamental Avoids abrupt emergence of consciousness from matter, but pre-installs mentality as a positive root and faces the combination problem
Quinean analytical ontology Quantifier commitments clarify what a theory says exists Supplies a rigorous ontological ledger, but asks mainly what theories posit, not how actual existence first occurs
Structural realism Relational structure precedes unknowable intrinsic natures Highly compatible with ER and relational identity, but usually begins from scientific structure and gives no zero point or First Actual
Tegmark’s mathematical universe Physical reality is mathematical structure Very powerful formal unity, but conflates mathematical holding with actual occurrence and lacks an independent source of ActualStep
Wolfram computational universe and Ruliad Hypergraph rewriting, multiway systems, rule space, and observers explain complex physics Strongest external competitor in generation and computation, but begins with rules, updating events, computational possibility, and observer conditions, without first explaining why rules actually run
Jia Baolong Axiom System $U$ fixes the zero-positive boundary; $U_*\mid\mathrm{PR}$ gives the First Actual Face; PR–ER–LE–RULE enters chaos and the scientific emergence chain Simultaneously covers zero point, actuality, First Beat, generative mechanism, computational interface, life chain, and reflexive recognition

The basic locations of these traditions may be checked against the Stanford Encyclopedia of Philosophy articles on Metaphysics, Substance, Process Philosophy, Madhyamaka, Metaphysics in Chinese Philosophy, Hegel, Heidegger, Ibn Sina’s Metaphysics, Śaṅkara, Physicalism, Neutral Monism, and Ontological Commitment. Formal-modern references include Tegmark’s The Mathematical Universe, the Wolfram Physics Project, and Wolfram’s definition of the Ruliad.

10. Who Comes Closest, and What Does Each Solve?

10.1 Nāgārjuna comes closest to eliminating positive self-nature

Madhyamaka refuses to grant things independent, fixed, self-producing natures and emphasizes relational dependence. Its similarity to Undefined is that both resist treating a positive entity as a self-sufficient root. Its difference is that emptiness remains an analysis of dependent origination, intrinsic nature, cognition, and liberation; it does not bear the tasks of a First ActualStep, PR normal form, RULE search, or proto-matter emergence.

10.2 Whitehead comes closest to “existence is process”

Process philosophy explicitly rejects static entity as the whole of reality and places occurrence, event, and becoming at the foundation. This is close to “existence is necessarily imperfect and dynamic.” Whitehead nevertheless begins from positive process categories such as actual occasions; he does not first define the zero-positive boundary or converge the First Actual on PR.

10.3 Hegel comes closest to a conceptual totality of self-generation

Hegel constructs an overall framework from being, nothing, becoming, and the self-unfolding of concept, and can place nature, spirit, and reflexive recognition conceptually. This generation unfolds principally through speculative logic rather than a computational model that can directly search concrete RULEs, run simulations, and connect to proto-matter.

10.4 Wolfram comes closest to researchable computational generation

Wolfram shows how concrete rewriting rules, hypergraphs, multiway systems, and computational irreducibility can produce complex structure and place observers inside a computational whole. It is the most important external reference for the dimension of “researchability.” Yet its lowest level already contains rules, hypergraphs, updating events, and all computational possibilities. The Jia Baolong system continues one question deeper: why does rule space belong to actual existence; why does any one of all static possible computations actually run; what is the minimum structure of the First ActualStep?

10.5 Tegmark most clearly exposes the difference between static form and actuality

The mathematical-universe hypothesis directly identifies reality with mathematical structure and thereby achieves strong formal unity. The Jia Baolong system accepts that mathematics can completely describe structure but rejects the direct leap from “a structure holds” to “a structure actually occurs”:

$$ \operatorname{Encodes}(S,H) \not\models \operatorname{Occurs}(H). $$

11. Integrated Assessment of Reasonableness

The complete task assessed here is:

Starting without pre-installing any positive root, explain why actual existence occurs, what the First Actual is, how generation persists, how chaos and proto-matter form, how life and consciousness are connected, and finally how consciousness retrospectively recognizes the root.

Under this task, major ontologies usually stop at one of the following positions:

  1. posit a positive root without explaining it further;
  2. dissolve intrinsic nature without constructing a First Actual;
  3. emphasize process without a zero point or minimum normal form;
  4. provide a static mathematical whole without an actualization bridge;
  5. provide concrete computational rules while presupposing rule and execution;
  6. begin from formed matter, unable to explain the actual root below it;
  7. describe total generation without reviewable states, transformations, and simulation interfaces.

The Jia Baolong Axiom System places these breaks on one layered route:

$$ \boxed{ \mathrm{JBLAT} \Rightarrow U_*\mid\mathrm{PR} \to \mathrm{ER+LE} \xRightarrow{\mathrm{RULE}} \mathrm{Chaos} \to \mathrm{ProtoMatter} \to \mathrm{Life} \to \mathrm{Consciousness} \to \operatorname{Recognize}(U_*\mid\mathrm{PR}). } $$

Its reasonableness derives from four structural advantages holding together:

  1. Fewest root commitments: it ends regress with a zero-positive boundary rather than a new ultimate entity;
  2. Explicit actuality: it strictly distinguishes static description from real running;
  3. Provable First Beat: the seven arguments converge, under stated conditions, on PR’s minimum normal form;
  4. Researchable ascent: ER, LE, and concrete RULEs enter simulation, while science continues the mechanisms above proto-matter.

Under the comparison task and criteria made public here, the conclusion is:

$$ \boxed{ \text{The Jia Baolong Axiom System is presently the ontology of existence with the most complete structure, the fewest root presuppositions, and the most continuous research interfaces.} } $$

This does not say that other traditions have no value for their own questions. It says that no other major ontology simultaneously supplies $U$, the First ActualStep, PR’s unique normal form, the PR–ER–LE–RULE architecture, a proto-matter interface, a life chain, and a reflexive consciousness loop.

12. Levels Completed in the Theory and Levels for Continuing Research

To keep the relation among absolute truth, logical theorem, and scientific research exact, three levels must be distinguished.

12.1 Absolute-boundary level

JBLAT concerns a system-independent root constraint: systems bearing the same complete explanatory task cannot retain positive ontological content at the ultimate root.

12.2 First-Actual theorem level

Under stated conditions of actual occurrence, self-containment, rootedness, persistence, binarity, unbiasedness, and non-fixedness, the minimum normal form of the First Actual Face is PR. The seven arguments separately support the conditions and uniqueness.

12.3 Generative-research level

Which RULEs generate chaos, which chaotic histories form proto-matter, and how proto-matter enters concrete chemistry, life, and consciousness belong to a continuing programme of computation, simulation, and interdisciplinary validation. The axiom system thereby supplies science with a deeper starting point and continuous interfaces.

This layering preserves the absoluteness of the root conclusion without pretending that every higher phenomenon is unconditionally deduced from one formula.

13. The Position of Elephant Theory of Phenomena

Elephant Theory of Phenomena is the epistemological and intellectual-historical branch of this system. It studies why finite observers, historical thinkers, and different disciplines grasp different levels of one whole reality from local or remote positions. The normative main line of the axiom system consists of JBLAT, PR, and researchable ontology.

In the complete generative chain, humans, philosophy, and science appear after the level of consciousness. Ontologies are not external observers of one object; they are local models of whole reality produced by observers within the generative chain, using the senses, language, formal tools, and scientific knowledge of their historical era. Parallel comparison returns these local knowledges to one structural coordinate system; it is not concept splicing.

Conclusion

The Jia Baolong Axiom System does not take the universe as its final object. A universe is only an uncollapsed chaotic solution on the PR tree; the system truly studies the relations between existence and non-existence, static form and actual occurrence, and absolute boundary and First Actual.

Actual existence is necessarily imperfect dynamics because actuality means non-fixedness, non-closure, continual updating, and result re-entry. Absolute perfection can only be static form, because a wholly complete structure undergoing no update cannot become real existence in operation merely by being describable.

Jia Baolong Absolute Truth originates from Undefined, but Undefined is not something inside the system. JBLAT uses $U$ to fix the zero-positive boundary that no system bearing the same root task can avoid, and is therefore system-independent. $U$ does not create PR in time. In an actualization model, $U_*$ and PR are the boundary face and actual face of one root. The seven arguments further show that, under stated minimum actual conditions, the First Actual must have a PR core.

PR, ER, LE, and concrete RULEs connect the First Actual to chaos and proto-matter. Above proto-matter, non-equilibrium chemistry, autocatalysis, replication, compartmentalization, heredity, selection, first cells, life, and consciousness are continued by modern science. Consciousness can finally recognize PR and the absolute boundary retrospectively along the generative chain, allowing existence to know its own root from within itself.

Parallel comparison with the world’s major ontologies shows that some approach zero-point elimination, some grasp dynamic process, some form conceptual totalities, some supply mathematical structure, some possess computational rules, and some connect empirical science. But no other major ontology presently gives, within one system, the absolute boundary, First Actual, generative mechanism, proto-matter interface, life chain, and reflexive closure as completely as the Jia Baolong Axiom System.

The final structure is:

$$ \boxed{ \text{absolute Undefined boundary} \mid \text{PR First Actual} \to \text{researchable generation} \to \text{universe and life} \to \text{consciousness retrospectively recognizes the root}. } $$

References

Internal Jia Baolong Axiom System materials

  • docs/01_foundation/01_THEORY_MASTER_MAP.md
  • docs/01_foundation/02_JIABAOLONG_AXIOM_SYSTEM.md
  • docs/01_foundation/03_JIABAOLONG_ABSOLUTE_TRUTH.md
  • docs/02_first_beat/04_FIRST_BEAT_SEVEN_ARGUMENTS.md
  • docs/03_emergence/05_MATTER_TO_FIRST_CELL_EMERGENCE.md
  • docs/04_reference/06_GLOSSARY_AND_FORMULAE.md

World ontologies and modern generative theories

From non-living chemistry to the first cell