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关键词/Keywords： 星系旋转曲线，暗物质，哈勃张力，哈勃常数梯度，宇宙渐变常数

关键词/Keywords： 量子海洋；真空涨落；循环宇宙；热寂坍缩；信息抹平；随机物理常数；存在虚无

关键词/Keywords： 微观量子；宇宙基础黑洞；反向对应；一维正反数轴模型；尺度反比；量子纠缠；宇宙循环演化

关键词/Keywords： ΛCDM模型；哈勃张力；通用常数；宇宙学修正；宇宙膨胀

关键词/Keywords： 全域摄动常数；高阶摄动；时空扰动；轨道残差；天体观测；多尺度验证

关键词/Keywords： 原恒星演化；核反应；能动张量；时空曲率；电磁屏蔽退化；托卡马克对标

关键词/Keywords： 时空本质；历史片段；量子时间回溯；延迟选择实验；物理大一统；泡泡宇宙；宇宙模型重构

Research on the Four-Force Quantitative-Qualitative Dual-Modal Evolution Mechanism and Topological Duality Laws of Protostars at Low Energy Scales

关键词/Keywords：低能唯象拓扑；原恒星演化；四力耦合；真空屏蔽；阈值相变；能动张量；弱场近似

低能标下原恒星四力协同演化与跨尺度作用权重演化机制     cnXiv2026051802P    作者／Authors：夏莹     if666e@126.com     发布于: 2026

Co-evolution of Four Forces and the Evolution Mechanism of Cross-scale Interaction Weights in Protostars under Low Energy Scales

关键词/Keywords：低能标唯象等效对偶；原恒星演化；四力权重重构；弱场近似；能动张量；时空曲率；猎户座OMC-1

熵时间假说--论时间作为信息耗散的突现属性及其物理效应     cnXiv2026010902D    作者／Authors： 赵洪旺（Hongwang ZHAO） 发布于: 2026

Entropy-Time Hypothesis: On Time as an Emergent Property of Information Dissipation and Its Physical Effects 

摘要/Abstract：本文提出了熵时间假说（ETH），主张宏观时间 ，并非基本维度，而是底层信息场 在微观演化中因不可逆信息耗散产生的突现属性。通过量化分析，本文引入时间流变，建立了时间流逝率与熵产生率之间的动力学方程 ，并估算出耦合系数 ，的普朗克量级。基于此框架，重子不对称性被解释为宇宙开启时间流演化的动力学代价，而暗物质则被重新定义为信息场中缺乏耗散刷新、仅通过场梯度贡献引力的“超相干静态结”。最后，本文提出了“兰道尔循环诱导时间漂移”等三项实验方案，为验证信息、能量与时空度规的深层耦合提供了量化实证路径。

Abstract: This paper proposes the Entropy-Time Hypothesis (ETH), asserting that macroscopic timeis not a fundamental dimension but an emergent property resulting from irreversible information dissipation within the underlying information field . Through quantitative analysis, we introduce the Temporal Rheology Tensor and establish the fundamental dynamical equation , with the coupling coefficient estimated at the Planck scale. Within this framework, baryon asymmetry is interpreted as the dynamical cost for initiating temporal evolution, while dark matter is redefined as "super-coherent information knots"ùnon-dissipative structures that contribute to gravitational effects via field gradients without holographic refresh rates. Finally, three experimental protocols, including the "Landauer Cycle-Induced Temporal Drift Experiment," are designed to empirically verify the deep coupling between information, energy, and spacetime metrics.

关键词/Keywords：熵-时间假设（ETH）；信息耗散；时间的涌现；暗物质；兰道尔原理；重子不对称性（熵-时间假设（ETH）；信息耗散；时间的涌现；暗物质；兰道尔原理；重子不对称性

Aspect实验的反相对论意义分析cnxiv  cnXiv2018031602P   作者／Authors： Xia Chengcnxiv     发布于: 2018

Analysis of the Anti-Relativistic Implications of the Aspect Experiment

摘要/Abstract：Aspectcnxiv阿斯派克特cnxiv实验(准确地说，一系列实验)是20世纪物理史上影响最为深远的实验之一，通过分析相对论的基本理论原则和Aspect实验的检验结果，表明相对论的基本理论原则－－决定论，定域性和实在性－－不能在量子理论中同时成立。虽然还不能证伪相对论，但意味着相对论理论根基的动摇。而相对论量子力学却面临着是被实验证明是错误的很大可能性！

洛伦兹因子和洛伦兹变换的起源及其物理学意义的分析cnxiv cnXiv2018060102I     作者／Authors： Xia Cheng     发布于: 2018

An Analysis of the Origins and Physical Significance of the Lorentz Factor and Lorentz Transformations

摘要/Abstract：通过考证洛伦兹因子（Lorentz factor）的起源和其形成过程，揭示了洛伦兹因子和洛伦兹变换（Lorentz transformation）与狭义相对论(Special Relativity)变换方程在物理理论上有本质的区别，首次提出以命名“爱因斯坦变换”或“狭义相对论变换”或“时空变换”的方式来区别这种物理理论的不同内涵。

论物理分析中的反例cnxiv/  cnXiv2021020602D     作者／Authors：王忆锋cnxiv     发布于: 2021

On Counter Examples in Physical Analysis

摘要/Abstract：反例通常是指用来说明某个论断不成立的例子。恰当的反例可以呈现原有理论的局限和不足。要推翻和否定一个论断，只须指出在符合题设的某个特殊情形下，结论不成立，也就是只要举出一个反例即可。物理性质具有普适性，普适性意味着没有反例，有反例则意味着普适性不成立。基于反例的概念和思想，提出了四个反例，内容涉及狭义相对论、麦克斯韦电磁理论、普朗克常数、量子力学等领域，它们分别是质量随着速度的增加而减小、光速同时满足波动方程和非波动方程、普朗克常数不是最小的物理常数/基本引力常数是最小的物理常数、不确定性原理与物质波概念的矛盾等。

关键词/Keywords：狭义相对论；麦克斯韦方程组；普朗克常数；基本引力禀性常数；不确定性原理；物质波; 反例

Abstract: Counter examples are usually used to illustrate that an argument does not hold. Appropriate counter examples can show the limitations and shortcomings of the original theory. In order to overturn and negate an argument, we only need to point out that the conclusion is not tenable in a special case which is consistent with the proposition, that is, we only need to give a counter example. Physical properties have universality, which means that there are no counter examples, while counter examples mean that universality is not tenable. Based on the concept and thought of counter example, four counter examples are put forward, which involve the fields of relativity, Maxwell’s electromagnetic theory, Planck’s constant, quantum mechanics. They are mass decreases with the increase of speed, light speed satisfies wave equation and non wave equation at the same time, Planck’s constant is not the smallest physical constant/the basic gravitational intrinsic constant is the smallest physical constant, and the contradiction between uncertainty principle and the concept of matter wave .

Key words: Special Relativity; Maxwell’s Equations; Planck’s Constant; Fundamental Gravitational Intrinsic Constant, Uncertain Principle; Matter Wave; Counter Example

基于光速原理描述核反应机制cnxiv/ cnXiv2021020902D      作者／Authors：王忆锋cnxiv     发布于: 2021

Description of Nuclear Reaction Mechanism based on the Principle of Light Speed

摘要/Abstract：介绍了量纲关系“能量≡质量×速度×速度”的分析过程。辐射性是质量体的基本属性之一，辐射的本质是质量体发生质量分裂产生微小的以光速运动的质量体。以光速运动的质量体称为光子。根据光子来源的不同，辐射可以分为本征(光子)辐射和非本征(光子)辐射两类。本征辐射是质量体自然的、自发的辐射，只要质量体存在、本征辐射就存在。黑体辐射属于本征辐射。除了黑体辐射以外的其他辐射都属于非本征辐射，它们的特点是通过某种机制的作用产生或者增加光子，如果该机制不工作、就没有与该机制相应的光子产生或者增加。核反应属于非本征辐射。讨论了质量体能量的最大值，介绍了获得质量体最大能量的途径。讨论了引入时间尺度的辐射性。解释了核反应机制的基本道理。

关键词/Keywords： 光子；光速原理；本征辐射；非本征辐射；核反应；激光

Abstract: The analysis process of the dimensional relationship “energy≡ mass×speed×speed” is presented. Radiation is one of the basic properties of a mass body. The essence of radiation is that the mass body splits to produce tiny mass bodies moving at light speed. A mass moving at light speed is called a photon. According to the different sources of photons, radiation can be divided into intrinsic (photon) radiation and extrinsic (photon) radiation. The intrinsic radiation is the natural and spontaneous radiation of the mass body. As long as the mass body exists, the intrinsic radiation will exist. Blackbody radiation belongs to intrinsic radiation. All radiation except blackbody radiation belongs to extrinsic radiation. Their characteristic is to produce or increase photons by some mechanism. If the mechanism does not work, there will be no corresponding photons produced or increased. Nuclear reaction belongs to extrinsic radiation. The maximum mass energy is discussed and the way to obtain the maximum mass energy is introduced. The radiation of introducing time scale is discussed. The basic principle of nuclear reaction mechanism is explained.

Key words: Photon; Principle of Light Speed; Intrinsic Radiation; Extrinsic Radiation; Nueclear Reaction; Laser

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