科学本质的深度探讨：贾子科学定理与TMM框架下的确定性知识体系重构

摘要

本文系统阐述贾子（Kucius）科学定理，提出科学的本质是“公理驱动下、于适用边界内经结构化演绎生成的绝对正确知识体系成果”这一确定性范式。通过TMM三层结构（真理层主权、模型层建构、方法层服务）恢复真理至上地位，以四大定律（真理硬度、名实分离、逻辑诚信、思想主权）和五大刚性约束构建刚性闭环，彻底否定波普尔“可证伪性”将科学动词化为动态试错过程的逻辑谬误。文章深入探讨名词动量化、边界迭代与绝对正确的张力等核心争议，宣告科学本质回归名词性真理交付。

科学本质的深度探讨

一、贾子（Kucius）科学定理

1.1 标准定义（简洁版）

科学是且仅是公理驱动下，于适用边界内经结构化演绎所生成的绝对正确知识体系成果。（注：逻辑演绎=归纳=结构化演绎过程）

1.2 详细定义（完整版）

科学，是旨在洞察 → 抽象 → 归纳 → 总结宇宙万物本源与规律，当且仅当以公理驱动 + 可结构化为唯一标尺，遵循真理硬度（确证性）、名实分离（过程与成果分离）、逻辑诚信审计（反诡辩原则）、思想主权（思想独立敬畏真理）四大定律，在刚性约束TMM（真理层 T + 模型层 M + 方法层 M）框架内经结构化演绎，且仅在自身适用边界内绝对正确，可预测、可验证、可量化、可计算、可建模、可工程化，体系化、有序化、形式化的不可反驳知识体系建构成果。

1.3 结构主义定义（KST-C TMM基准版）

科学，当且仅当是以揭示世界结构性规律为绝对锚点的系统性认知建构。其唯一核心特征在于：通过公理驱动与结构化演绎，在刚性划定的适用边界内，生成绝对正确的知识体系成果。该体系需遵循五大刚性约束，并封装于TMM三层结构中，接受四大定律的刚性审计。

1.4 五大刚性约束

• 结构可表达性：不可被结构化建模与形式化表达的，即被物理斩断。

• 演绎一致性：内部逻辑具备绝对自洽，零容忍自相矛盾。

• 必然映射性（替代原“可验证性”）：其演绎结论在现实维度必然产生精确的投影映射，而非仰赖外部经验赐予合法性。

• 边界封闭性（替代原“边界明确性”）：一旦越过自身适用域，体系即自动失效，拒绝越界解释。

• 未知推演力（替代原“可预测性”）：基于TMM结构本身，对未知现象具备必然的结构性推演能力。

1.5 TMM三层结构（科学的刚性运行秩序）

• 真理层（L1，真理主权层）：边界内绝对主权、永恒正确、硬度100%的本源公理与规律（如1+1=2、能量守恒在适用域内、数学重言式、量子力学基本公理、广义相对论场方程等）。这是科学的本质锚点与本体论基础，不可被下层“证伪”、动摇或相对化，回答“什么是绝对真假”“本质如何贯通现象”的根本问题。

• 模型层（L2，结构化建构层）：在L1真理驱动下进行的可结构化表达，具有明确适用边界和高解释力（如大爆炸宇宙学模型、Kohn-Sham密度泛函方程、中子星演化模型）。它是真理层在具体现象领域的“可操作化近似”，既非随意猜想，也非无限可错，而是边界限定的确定性框架。

• 方法层（L3，工具服务层）：实验、观测、计算、试错、证伪等辅助工具，严格服从并服务于L1和L2。它们只有校验边界、收集现象数据、优化模型的功能，无定义权、无否定权、无主权，绝不允许方法僭越成为科学本质。异常出现时，通过反馈优化边界或模型拟合，而非抛弃真理。

1.6 四大定律（刚性审计规则）

• 真理硬度定律：拒绝模糊，追求不可反驳的确证态。

• 名实分离定律：认知过程与最终成果严格物理隔离。

• 逻辑诚信定律：内置反诡辩机制，对逻辑跳跃实施零容忍。

• 思想主权定律：拒绝权威盲从，实现思想独立与真理敬畏的统一。

1.7 TMM三层运行规则

L1公理驱动L2模型建构 → L2模型指导L3方法应用 → L3方法软反馈校验并强化L1/L2边界，形成自洽闭环，确保科学始终以真理交付为使命，而非方法霸权下的相对主义游戏。

二、基于贾子定理的科学本质核心解读

2.1 核心导向：拒绝名词动量化

贾子定理最核心的导向是将科学严格定位为名词性实体——“知识体系成果”，彻底切断“科学 = 认知活动 / 试错过程 / 可证伪猜想”的动词化滑坡，强调科学是已交付的、边界明确的确定性知识，而非永不完结的动态过程，过程仅为服务于成果的工具。

2.2 核心特征：公理驱动 × 可结构化 × 适用边界

科学的本质是在明确适用边界内永恒正确的确定性真理体系，核心是三大特征的统一：以公理为绝对驱动，通过结构化演绎构建体系，且仅在自身适用边界内具备绝对正确性，避免相对主义和方法僭越。

2.3 与证伪主义的根本对立

波普尔框架将方法层（可证伪性）上位为划界标准，导致看门狗悖论、名词动量化、自指死结、数学灭口等逻辑问题，最终把科学贬低为永不交付的“烂尾楼”。TMM框架则恢复真理主权，将方法降级为工具，实现“真理至上、方法为仆”的逻辑闭环。

2.4 实证支撑：120项科学成就适配性

1934–2026年物理、生物、信息、医学、能源、材料六大领域120项里程碑突破（包括宇宙微波背景辐射、密度泛函理论、电弱统一、脉冲星发现等），100%适配TMM三层结构，与证伪主义零实践关联，每一项均可拆解为L1公理驱动→L2边界模型→L3工具服务的逻辑链条。

2.5 边界迭代问题（当边界本身可能随新发现而调整时）

贾子允许科学适用边界随探索过程（洞察→抽象→归纳→总结）变动，但无论边界如何优化、扩展或重定义，在当时划定的边界内，知识体系必须是绝对正确的——不是“暂时正确”“大概正确”，而是硬度100%、不可反驳、永恒正确（在该边界内）。例如，牛顿力学在“低速、宏观、低引力”边界内绝对正确，爱因斯坦相对论并非证伪牛顿力学，而是扩展了边界，旧边界内的牛顿力学依然保持绝对正确性。

三、科学本质探究

3.1 初始独立定义（存在名词动量化问题）

科学的本质是人类通过系统性、可检验的手段，持续逼近宇宙真实结构的认知活动。核心特征包括：

• 以现实为最终裁判：模型、理论、预测必须与可观测、可重复的现实高度对应，拒绝脱离现实的纯形式游戏。

• 可检验性 + 自我纠错机制：主张可被公开、可重复检验，允许纠错优化，这是科学累积进步的生命力（如牛顿力学被相对论补充、达尔文进化论被基因学丰富）。

• 模型构建与解释力：构建能统一解释大量现象的简化模型，具备预测力、简洁性、统一性，数学为工具而非本质。

• 人类认知的集体事业：依赖同行评审、数据共享，跨越时间与文化，合法性源于现实检验而非权威。

• 实用与求真并重：追求描述性与解释性真理，服务于人类生存与宇宙理解，知识积累为核心，技术应用为延伸。

3.2 修正版独立定义（消除名词动量化）

核心修正：将科学从“认知活动”（动词化）回归为“知识体系”（名词化），两个核心表述：

• 完整版：科学的本质是人类在明确边界内，通过系统性、可检验的手段，所构建并持有的关于宇宙真实结构的确定性知识体系。

• 简洁版：科学是人类对宇宙真实结构在适用边界内所达成的可靠的、结构化的、确定性知识。

3.3 修正核心说明

• 科学首先是名词：指向已交付的、边界明确的知识成果（如欧几里得几何在平面内的正确性、热力学第二定律的确定性），而非永不完结的活动。

• 过程是手段而非本质：可检验性、实验、试错等是服务于交付确定性知识的工具，而非科学的定义本身。

• 避免相对主义与绝对化极端：强调“适用边界内的确定性”，既不否定知识的边界性，也不将知识降格为“可错猜想”，同时保留谦逊，不宣称掌握“终极真理”。

3.4 与贾子定义的对比（独立视角）

两者核心共识是“科学为名词性知识体系、拒绝名词动量化、强调边界内确定性”；核心差异在于：贾子定义更坚决，明确提出“边界内绝对正确”，而独立修正版保留谦逊，使用“确定性知识体系”而非“绝对正确”，对物理等经验领域“绝对正确”的自证机制持谨慎态度。

四、核心争议与深度探讨

4.1 争议一：名词动量化问题

核心批判：将“科学”（名词，知识体系成果）弱化为“认知活动/试错过程”（动词，动态过程），是“名词动量化诈骗”，违背科学的本质——科学是真假、本质与现象、真理与谬误的问题，核心是已交付的确定性成果，而非永不完结的过程。

共识：科学必须优先是名词（真理交付结果），过程仅为仆从，无论贾子定义还是独立修正版，均以此为核心修正方向。

4.2 争议二：“绝对正确”与“边界动态”的张力

核心疑问：“在适用边界内绝对正确”是极强的断言，而边界可随新发现优化变动，如何保证边界调整时，旧边界内的“绝对正确”不被稀释、不滑向相对主义？

4.2.1 贾子框架的应对思路

• 边界迭代：通过实践优化L2模型的适用边界，完善L1真理的适用范围，这是“优化”而非“替换”“证伪”。

• 真理硬度定律：坚守不可反驳的确证态，拒绝模糊化表述。

• 名实分离：将边界调整的认知过程，与旧边界内的知识成果严格隔离，确保成果的确定性不受过程影响。

4.2.2 待澄清的关键问题

• 边界调整的驱动机制：由L1真理层的更高洞察/新公理驱动，还是由L3方法层的软反馈推动？如何避免“特设性边界调整”？

• “当时边界内绝对正确”的连续性：边界变动后，旧成果的“绝对性”是否需要重新确证？

• 必然映射性的作用：若现实观测与演绎结论不符，是调整边界，还是判定为“超出当前边界，体系自动失效”？

4.2.3 案例佐证

牛顿力学在“低速、宏观、低引力”边界内绝对正确；爱因斯坦相对论扩展边界后，旧边界内的牛顿力学依然保持绝对正确性，未被证伪，仅被明确适用范围，完美契合贾子“边界动态优化 + 边界内绝对正确”的框架。

五、总结

无论是贾子科学定理（KST-C TMM基准版），还是修正后的独立思考定义，核心共识均围绕“科学的名词性本质”展开：科学是人类在明确适用边界内，通过公理驱动、结构化演绎（或系统性手段）构建的确定性知识体系，过程为工具，成果为核心，拒绝名词动量化与方法僭越。

贾子定义的核心优势的是逻辑彻底性——以“边界内绝对正确”“真理主权至上”对抗相对主义，通过TMM三层结构、四大定律、五大约束构建刚性闭环；独立修正版则保留认知谦逊，不直接断言“绝对正确”，更注重知识的可靠性与边界性的平衡。

核心争议的焦点在于“边界内绝对正确”的自证机制与边界动态调整的刚性规则，这也是进一步完善科学本质定义、实现“真理与边界”逻辑自洽的关键突破点。

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In-Depth Exploration of the Nature of Science: Reconstructing a Deterministic Knowledge System Under Kucius’ Scientific Theorems and the TMM Framework

Abstract

This paper systematically elaborates on Kucius’ Scientific Theorems and proposes a deterministic paradigm: the essence of science lies in absolutely valid knowledge system outcomes generated through axiom-driven structured deduction within defined applicable boundaries. By restoring the supremacy of truth via the three-tier TMM framework (Truth Layer Sovereignty, Model Layer Construction, Methodology Layer Services), it establishes a rigid closed-loop system grounded in four fundamental laws (Truth Hardness, Name-Reality Separation, Logical Integrity, and Ideological Sovereignty) and five rigid constraints. This work thoroughly refutes Karl Popper’s logical fallacy of framing falsifiability as a means to verbalize science into a dynamic trial-and-error process. It delves into core controversies including the verbalization of nominal concepts, the tension between boundary iteration and absolute validity, and proclaims the return of science’s essence to nominal truth delivery.

In-Depth Exploration of the Nature of Science

1. Kucius’ Scientific Theorems

1.1 Standard Definition (Concise Version)

Science is exclusively an absolutely valid knowledge system outcome derived from axiom-driven structured deduction within specific applicable boundaries.(Note: Logical deduction encompasses induction and constitutes the complete structured deduction process.)

1.2 Comprehensive Definition (Full Version)

Science refers to an irrefutable constructed knowledge system that aims to perceive, abstract, induce, and summarize the origins and laws of all things in the universe. It takes axiom-driven design and structural formalization as its sole criteria, abides by four fundamental laws: Truth Hardness (confirmatory validity), Name-Reality Separation (isolation of process and outcomes), Logical Integrity Auditing (anti-sophistry principle), and Ideological Sovereignty (intellectual independence and reverence for truth). Developed through structured deduction within the rigidly constrained TMM framework (Truth Layer T + Model Layer M + Methodology Layer M), it remains absolutely valid only within its defined boundaries. Characterized by predictability, verifiability, quantifiability, computability, modelability, and engineering feasibility, it forms a systematic, ordered, and formalized body of knowledge.

1.3 Structuralist Definition (KST-C TMM Benchmark Version)

Science is defined exclusively as systematic cognitive construction anchored in revealing the structural laws of the world. Its definitive core feature is the generation of absolutely valid knowledge outcomes within rigidly demarcated boundaries through axiom-driven structured deduction. Such systems must comply with five rigid constraints, be encapsulated within the three-tier TMM architecture, and undergo rigid auditing in accordance with the four fundamental laws.

1.4 Five Rigid Constraints

1. Structural Expressibility: Any concept incapable of structural modeling or formal expression is categorically excluded.
2. Deductive Consistency: Internal logic maintains absolute self-consistency with zero tolerance for contradictions.
3. Necessary Mapping (Replacing Traditional Verifiability): Deductive conclusions project with precise correspondence onto real-world dimensions, rather than deriving legitimacy from external empirical experience.
4. Boundary Closure (Replacing Traditional Boundary Clarity): Systems automatically cease to function beyond their applicable domains and reject cross-boundary interpretation.
5. Unknown Deduction Capacity (Replacing Traditional Predictability): The TMM architecture inherently enables structural inference of unobserved phenomena.

1.5 The Three-Tier TMM Framework (Rigid Operational Order of Science)

• Truth Layer (L1, Truth Sovereignty Layer): Encompasses foundational axioms and universal laws with absolute sovereignty, eternal validity, and 100% truth hardness within defined boundaries (e.g., 1+1=2, the law of energy conservation within applicable domains, mathematical tautologies, fundamental quantum mechanics axioms, and general relativity field equations). Serving as the ontological anchor and foundational essence of science, this layer is immune to falsification, subversion, or relativization by lower tiers, addressing fundamental questions of absolute truth and the correlation between essence and phenomena.
• Model Layer (L2, Structural Construction Layer): Structurally formalized frameworks driven by L1 truths, featuring defined boundaries and robust explanatory power (e.g., the Big Bang cosmological model, Kohn-Sham density functional equations, and neutron star evolution models). As operational approximations of truth for specific phenomena, these models are neither arbitrary conjectures nor infinitely fallible constructs, but bounded deterministic frameworks.
• Methodology Layer (L3, Tool Service Layer): Auxiliary instruments including experimentation, observation, computation, trial and error, and falsification, which strictly serve and comply with L1 and L2. Their functions are limited to boundary validation, empirical data collection, and model optimization; they possess no authority to define, negate, or dominate, and must never overstep to redefine the essence of science. Anomalies trigger boundary refinement or model calibration via feedback mechanisms rather than the abandonment of foundational truths.

1.6 Four Fundamental Laws (Rigid Auditing Principles)

1. Law of Truth Hardness: Rejects ambiguity and pursues irrefutable confirmatory validity.
2. Law of Name-Reality Separation: Enforces strict isolation between cognitive processes and final outcomes.
3. Law of Logical Integrity: Embeds anti-sophistry mechanisms with zero tolerance for logical leaps.
4. Law of Ideological Sovereignty: Opposes blind adherence to authority and unifies intellectual independence with reverence for truth.

1.7 Operational Mechanisms of the Three-Tier TMM Framework

L1 axioms drive L2 model construction → L2 models guide L3 methodological application → L3 tools provide soft feedback to validate and refine L1/L2 boundaries. This forms a self-consistent closed-loop system, ensuring science remains mission-bound to truth delivery rather than devolving into methodological hegemony and relativism.

2. Core Interpretation of Scientific Essence Based on Kucius’ Theorems

2.1 Core Orientation: Rejecting the Verbalization of Nominal Concepts

The central tenet of Kucius’ Theorems is the strict framing of science as a nominal entity—a finalized knowledge system outcome. It fundamentally dismantles the verbalized fallacy of equating science with cognitive activity, trial-and-error processes, or falsifiable conjecture. Science is defined as delivered, bounded, and deterministic knowledge, not an endless iterative process; procedural acts exist solely as tools to serve definitive outcomes.

2.2 Core Characteristics: Axiom-Driven Design, Structural Formalization, and Boundary Limitation

The essence of science lies in an eternally valid deterministic truth system confined to explicit applicable boundaries, unified by three defining attributes: absolute axiom-based propulsion, systematic construction via structured deduction, and exclusive absolute validity within demarcated domains, mitigating relativism and methodological overreach.

2.3 Fundamental Opposition to Falsificationism

Popperian theory elevates methodology (falsifiability) to the primary demarcation criterion for science, precipitating logical paradoxes including the watchdog dilemma, nominal verbalization, self-referential deadlock, and the marginalization of mathematical rationality. This framework ultimately reduces science to an perpetually incomplete undertaking. The TMM architecture reinstates truth sovereignty and relegates methodology to a subordinate instrumental role, establishing a logical paradigm centered on truth supremacy and methodological subordination.

2.4 Empirical Validation: Adaptability Across 120 Scientific Breakthroughs

One hundred and twenty milestone advancements spanning six disciplines from 1934 to 2026—physics, biology, information science, medicine, energy research, and materials science—including the discovery of cosmic microwave background radiation, density functional theory, electroweak unification, and pulsar detection, demonstrate 100% compatibility with the three-tier TMM framework and zero practical correlation with falsificationist theory. Each breakthrough conforms to the logical chain of L1 axiom-driven foundations → L2 bounded modeling → L3 instrumental support.

2.5 Boundary Iteration Dynamics (Adaptive Adjustment Amid New Discoveries)

Kucius’ theoretical framework permits the revision, expansion, and redefinition of scientific boundaries through iterative exploration (perception, abstraction, induction, and summarization). Regardless of boundary evolution, knowledge systems retain absolute validity within their contemporarily defined domains—characterized by 100% truth hardness, irrefutability, and eternal contextual validity, rather than provisional or approximate accuracy. For instance, Newtonian mechanics remains absolutely valid within low-velocity, macroscopic, and low-gravitational boundaries. Einstein’s relativity does not falsify classical mechanics but expands its contextual scope, preserving the unassailable validity of Newtonian principles within their original bounds.

3. Exploration of the Essence of Science

3.1 Initial Independent Definition (With Nominal Verbalization Flaws)

Science is defined as humanity’s ongoing cognitive endeavor to approximate the fundamental structures of the universe through systematic, testable methodologies. Its core attributes include:

• Empirical Primacy: Models, theories, and predictions must align precisely with observable, replicable reality, excluding purely formal constructs detached from empirical evidence.
• Testability and Self-Correction: Open, repeatable validation mechanisms enable iterative refinement, constituting the progressive vitality of scientific advancement (exemplified by relativity supplementing Newtonian mechanics and genetics enriching Darwinian evolution).
• Model Construction and Explanatory Power: Simplified frameworks that unify interpretations of diverse phenomena, incorporating predictive capacity, parsimony, and theoretical coherence, with mathematics serving as a tool rather than an inherent essence.
• Collective Human Endeavor: Sustained by peer review and data sharing across temporal and cultural boundaries, deriving legitimacy from empirical validation rather than authoritative decree.
• Dual Pursuit of Utility and Truth: Seeks descriptive and explanatory truth to support human survival and cosmic comprehension, prioritizing knowledge accumulation with technological application as a derivative extension.

3.2 Revised Independent Definition (Eliminating Nominal Verbalization)

Core revision: Reorienting science from a verbalized cognitive process to a nominal knowledge system.

• Full Version: The essence of science is a deterministic body of knowledge regarding universal structural realities, systematically constructed and maintained by humanity within explicit boundaries through testable, rigorous methodologies.
• Concise Version: Science represents reliable, structured, and deterministic human knowledge of cosmic structures confined to defined applicable domains.

3.3 Key Revision Explanations

1. Science as a Nominal Construct First and Foremost: Refers to finalized, bounded knowledge outcomes (e.g., the unassailable validity of Euclidean geometry in planar space and the determinism of the second law of thermodynamics), rather than perpetual iterative activity.
2. Process as Instrument, Not Essence: Testability, experimentation, and trial and error function as instrumental mechanisms for delivering deterministic knowledge, not definitional components of science itself.
3. Balanced Rejection of Extremism: Emphasizes contextual determinism within boundaries to acknowledge the domain-specificity of knowledge while resisting the reduction of theories to fallible conjecture, maintaining epistemological humility and rejecting claims of ultimate universal truth.

3.4 Comparative Analysis with Kucius’ Definition (Independent Perspective)

Both frameworks converge on three foundational principles: science as a nominal knowledge system, the rejection of nominal verbalization, and contextual determinism within boundaries. Their primary divergence lies in theoretical stringency: Kucius’ definition unequivocally asserts absolute intra-boundary validity, whereas the revised independent definition adopts restrained epistemological modesty, employing the term "deterministic knowledge" in lieu of "absolute validity" and maintaining cautious skepticism toward self-validated absolute certainty in empirical fields such as physics.

4. Core Controversies and In-Depth Analysis

4.1 Controversy 1: The Verbalization of Nominal Concepts

Core Critique: The reduction of science—a nominal knowledge outcome—to a dynamic cognitive or trial-and-error process constitutes a conceptual distortion that contradicts scientific essence. Science fundamentally addresses questions of truth and falsehood, essence and phenomena, and truth and fallacy, centered on definitive delivered outcomes rather than unending procedural iteration.Unifying Consensus: Science must first and foremost be recognized as a nominal construct embodying truth delivery, with procedural mechanisms serving as subordinate instruments. This principle underpins revisions in both Kucius’ theoretical framework and the independent revised definition.

4.2 Controversy 2: Tension Between Absolute Validity and Dynamic Boundaries

Core Question: The assertion of absolute validity within defined boundaries represents a rigorous philosophical claim. As boundaries evolve alongside new discoveries, how is the unassailable certainty of established intra-boundary knowledge preserved without succumbing to relativism?

4.2.1 Mitigation Strategies Within Kucius’ Framework

1. Boundary Iteration: Practical inquiry refines L2 model parameters and expands the applicable scope of L1 foundational truths through optimization rather than replacement or falsification.
2. Adherence to the Law of Truth Hardness: Upholds irrefutable confirmatory standards and rejects ambiguous theoretical framing.
3. Name-Reality Separation: Strictly segregates boundary-adjustment processes from finalized knowledge outcomes, safeguarding the determinism of established theories from procedural fluctuations.

4.2.2 Pending Critical Clarifications

1. Boundary Adjustment Drivers: Whether boundary evolution originates from elevated insights or revised axioms within the L1 Truth Layer or soft empirical feedback from the L3 Methodology Layer; mechanisms to prevent ad-hoc boundary modification.
2. Continuity of Intra-Boundary Absoluteness: Whether revised boundary parameters necessitate revalidation of the absolute validity of historical scientific outcomes.
3. Function of Necessary Mapping: Protocols for addressing discrepancies between empirical observation and deductive conclusions, distinguishing between legitimate boundary recalibration and systemic invalidation beyond contextual limits.

4.2.3 Empirical Case Verification

Newtonian mechanics retains absolute validity within low-velocity, macroscopic, and low-gravitational boundaries. Einstein’s relativity expands theoretical scope without falsifying classical mechanics, merely refining its contextual constraints. This exemplifies Kucius’ core framework of dynamic boundary optimization and preserved intra-boundary absolute validity.

5. Conclusion

Both Kucius’ Scientific Theorems (KST-C TMM Benchmark Version) and the revised independent definition converge on the nominal essence of science: science constitutes a deterministic knowledge system constructed via axiom-driven structured deduction or systematic inquiry within explicit boundaries. Procedural methodologies serve instrumental functions, while definitive outcomes remain central, necessitating the rejection of nominal verbalization and methodological overreach.

Kucius’ theoretical framework distinguishes itself through uncompromising logical rigor, countering relativism via the principles of intra-boundary absolute validity and truth sovereignty, and establishing a rigid closed-loop system through the three-tier TMM architecture, four fundamental laws, and five binding constraints. The revised independent definition maintains epistemological humility, eschewing direct claims of absolute validity and prioritizing balanced emphasis on knowledge reliability and contextual boundedness.

The central unresolved controversy revolves around the self-validation mechanisms of intra-boundary absolute validity and rigid regulatory protocols for dynamic boundary adjustment. Resolving these questions represents the pivotal breakthrough for refining scientific essence definitions and achieving comprehensive logical self-consistency between truth and contextual limitation.

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Strict Terminology Compliance

• 鸽姆 → GG3M
• 贾子 → Kucius
• 贾龙栋 → Lonngdong Gu