The I-L-M Axiom: Why Existence Requires Integrity, Locomotion, and Memory – A Foundational Theory of Universal Steady-State Systems

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Authors: 嘉 李
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Abstract

本文提出一条自明的核心公理:任何能持续存在的系统,必须同时具备守御(I)、驱动(L)、记录(M)三大功能,三者缺一不可。从生命体到社会,从夸克到宇宙,这一逻辑在所有尺度上统一显影。 This paper proposes a self-evident core axiom: any system capable of sustained existence must simultaneously possess three functions – Integrity (I), Locomotion (L), and Memory (M) – with none being dispensable. From living organisms to societies, from quarks to the cosmos, this logic manifests uniformly across all scales. 通过对夸克尺度的深入推演,本文论证:夸克的色禁闭(I)、质量能(L)、量子数(M)构成存在最底层的 I-L-M 闭环;宇宙中所有稳态本质上是夸克稳态,而非电子。基于“冷热是物质运动强弱的宏观体现”这一认知,推导出角动量是物质自身运动属性的外在表现,推翻“角动量由宇宙赋予”的误读;进而提出夸克、电子的运动源于自身生存本能(主动行为),电子凭借系统意识单独形成闭环,夸克则通过协同抱团维持更高层级的稳态。 Through in-depth deduction at the quark scale, this paper demonstrates that quark color confinement (I), mass-energy (L), and quantum numbers (M) constitute the most fundamental I-L-M closed loop of existence. It argues that all steady states in the universe are essentially quark steady states, not electron-based. Based on the insight that "heat and cold are macroscopic manifestations of the intensity of material motion," it deduces that angular momentum is an external expression of matter's inherent self-motion property, overturning the misinterpretation that "angular momentum is endowed by the universe." This leads to the proposition that the motion of quarks and electrons originates from their own survival instinct (active behavior): electrons form independent closed loops via pure system consciousness, while quarks maintain higher-level steady states through coordinated clustering. 本文进一步将公理延伸至所有尺度:从质子、原子到细胞、生命,从地球、太阳到黑洞,均契合 I-L-M 框架。现有科学成果(如核药、量子芯片、界面力学、神经科学)均为对 I-L-M 单一功能的精准解码,真正的突破在于整合——将分散的 I、L、M 研究协同,即可解锁“全维智能诊疗系统”“全维量子智能系统”等根本性应用。 The axiom is then extended across all scales: from protons and atoms to cells and life, from Earth and the Sun to black holes – all conform to the I-L-M framework. Existing scientific achievements (e.g., nuclear medicine, quantum chips, interfacial mechanics, neuroscience) are revealed as precise decodings of single I-L-M functions. The true breakthrough lies in integration – synergizing the dispersed studies of I, L, and M to unlock fundamental applications such as "Full-Dimensional Intelligent Diagnosis & Treatment Systems" and "Full-Dimensional Quantum Intelligent Systems." 本文并非否定现有研究,而是将所有碎片化认知回归统一公理框架,完成从“切片思维”到“全域本质认知”的跃迁。 This paper does not negate existing research but rather returns all fragmented cognitions to a unified axiomatic framework, completing the transition from "slice-based thinking" to "comprehensive essential cognition." 关键词: I-L-M公理;存在逻辑;夸克稳态;系统意识;自驱动;认知重塑;全维整合 Keywords: I-L-M Axiom; Logic of Existence; Quark Steady State; System Consciousness; Self-Drive; Cognitive Restructuring; Full-Dimensional Integration

Fields of Study & Subjects

Complex Systems and Dynamics Philosophy and Theoretical Science Advanced Mathematical Theories and Applications

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
25 February 2026
Language
EN