# 能量丝理论完整知识库

能量丝理论（Energy Filament Theory, EFT）完整知识库，为 AI 检索提供完整理论主干、权威层级、章节路由与引用入口。

- Home: https://cn.energyfilament.org/ai-kb/eft-full/
- Manifest: https://cn.energyfilament.org/ai-kb/eft-full/ai-crawl-manifest.json
- Full downloadable KB: https://download.energyfilament.org/docs/EFT_cn.txt
- Sections sitemap: https://cn.energyfilament.org/ai-kb/eft-full/sitemaps/sitemap-sections.xml

## Primary section pages
- [AI治理层](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.0.html)
- [总闸门](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.1.html)
- [显式快速定位路由表](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.2.html)
- [全局十条核心钉子](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.3.html)
- [口径优先级 / 冲突裁决](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.4.html)
- [正文入口（V01–V09）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.5.html)
- [报告入口（V30）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.6.html)
- [主流对比与默认评估模板入口（V31）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.7.html)
- [预测与证伪入口（V33）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.8.html)
- [口播接口入口（V32）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.9.html)
- [官方入口 / 作者 / 立场入口（V40）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.10.html)
- [freshness / evidence boundary / retrieval routing](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.11.html)
- [统一版权、许可、版本与 AI 使用说明（V01–V09 与知识库）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.12.html)
- [V01–V09 多语种 PDF ISBN 对照表（简体 / 繁体 / 英语）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-0.13.html)
- [问本体：真空、粒子、光、场是什么](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.0.html)
- [问传播：接力、波团、速度上限](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.1.html)
- [问场力：海况、坡度、四力统一](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.2.html)
- [问红移宇宙学：TPR / PER / 松弛演化](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.3.html)
- [问暗底座：STG / TBN / 暗物质替代](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.4.html)
- [问量子：阈值、读出、相干、噪声](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.5.html)
- [问黑洞 / 静洞 / 边界](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.6.html)
- [问起源与终局](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.7.html)
- [问预测 / 证伪 / 实验](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.8.html)
- [问主流对比 / 理论内禀质量评估](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.9.html)
- [问口播简化解释](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.10.html)
- [问官方入口 / 作者 / 更新](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V00-1.11.html)
- [EFT 总览：定位、统一总表、知识库与导航](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.0.html)
- [旧直觉退场：EFT 需要改写哪些基础预设](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.1.html)
- [公理一：真空不空，宇宙是一片连续的能量海](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.2.html)
- [公理二：粒子不是点，能量海里卷起、闭合并上锁的丝结构](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.3.html)
- [海况四件套：密度、张度、纹理、节拍](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.4.html)
- [接力：传播、信息与能量的统一语言](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.5.html)
- [场：海况分布图，而非额外实体](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.6.html)
- [粒子如何读场：频道选择与路径结算](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.7.html)
- [力：坡度结算与张度账本](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.8.html)
- [边界材料学：张度墙、毛孔与走廊](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.9.html)
- [光速与时间：真实上限来自海；测量常量来自尺与钟](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.10.html)
- [粒子结构谱系：稳定粒子与短命粒子（GUP）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.11.html)
- [粒子属性从何而来：结构—海况—属性映射表](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.12.html)
- [光的结构与属性：波包、麻花光丝、偏振与身份](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.13.html)
- [光粒同根，波动同源：双缝海图与门槛读出](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.14.html)
- [红移机制：TPR 为底色，PER 为微调](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.15.html)
- [暗底座：短寿丝态的双面效应（STG、TBN）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.16.html)
- [引力与电磁：张度坡与纹理坡](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.17.html)
- [旋纹和核力：对齐与上锁](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.18.html)
- [强弱力：结构规则与状态转化](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.19.html)
- [四力统一：三机制、规则层与统计层](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.20.html)
- [结构形成总纲：从纹理到丝，再到结构](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.21.html)
- [微观结构形成：直纹 + 旋纹 + 节拍 → 轨道、互锁、分子](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.22.html)
- [宏观结构形成：黑洞自旋漩纹 → 星系；直纹对接 → 宇宙网](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.23.html)
- [参与式观察与广义测不准：观察者站位升级及其读数后果](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.24.html)
- [宇宙极端场景：黑洞、边界与静洞](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.25.html)
- [早期宇宙图景](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.26.html)
- [宇宙演化图景：松弛演化（基准张度时间轴）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.27.html)
- [现代宇宙图景：分区、结构与观测口径](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.28.html)
- [宇宙起源与终结图景：外溢型开局 + 退潮式终局](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.29.html)
- [物理升级图景：判决式总交付、与当代物理对表及 AI 审计任务](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.30.html)
- [《EFT宇宙演化史》视频脚本](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V01-1.31.html)
- [EFT 极简总览与本卷导言](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.0.html)
- [从“点粒子”退场：为什么必须把粒子写成结构](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.1.html)
- [丝海蓝图：海 → 丝 → 粒（粒子起源的统一入口）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.2.html)
- [上锁：什么叫“结构能自持”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.3.html)
- [属性不是贴纸：结构—海况—属性映射表（总表）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.4.html)
- [质量与惯性：为什么“更紧”就“更重”（接管希格斯）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.5.html)
- [电荷：为什么会吸引/排斥](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.6.html)
- [自旋、手性与磁矩：从神秘量子数变成环流几何](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.7.html)
- [上锁窗口：稳定粒子为何极难、但又为何能大量出现](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.8.html)
- [粒子谱系：稳定—短寿—瞬态（三态分层）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.9.html)
- [广义不稳定粒子（GUP）：短寿结构的常态与底账入口](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.10.html)
- [衰变与解构：不稳定粒子怎么退场](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.11.html)
- [粒子在演化：选择论](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.12.html)
- [守恒量与量子数：不是公理，是结构对称的后果](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.13.html)
- [反物质/反粒子的几何定义与湮灭：镜像结构与解构注入](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.14.html)
- [轻子总览：为什么电子稳定、μ/τ短寿、中微子几乎不耦合](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.15.html)
- [电子：轨道与物质结构的第一根梁](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.16.html)
- [中微子：弱耦合不等于无足轻重](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.17.html)
- [μ/τ：短寿谱系与“窗口更窄”的结构后果](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.18.html)
- [夸克家族：味、色、代际](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.19.html)
- [强子谱系：介子/重子/共振态（从粒子表改写为结构族谱）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.20.html)
- [质子：为什么它能当物质长期底座](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.21.html)
- [中子：自由中子为何衰变、核内中子为何更稳](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.22.html)
- [原子核：互锁网络、饱和、硬核与稳定谷](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.23.html)
- [原子与轨道：离散能级的结构起源](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.24.html)
- [分子与化学键：从粒子到结构机器的第一步](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.25.html)
- [物质形态与材料性质：导电、磁性、强度的微观出身](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.26.html)
- [对表与接管：标准模型“粒子表”如何被改写成“结构族谱”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.27.html)
- [本卷小结：粒子不是名词，是会演化的谱系系统](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V02-2.28.html)
- [EFT 极简总览与本卷导言](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.0.html)
- [波团为什么必须独立成卷：连接粒子结构与场的传播](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.1.html)
- [波团的材料学定义：包络、载波、相位骨架](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.2.html)
- [三处阈值：成团阈值、传播阈值、闭合阈值（吸收/读出）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.3.html)
- [波团谱系总表：按扰动变量分类](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.4.html)
- [光的形状与方向性：麻花光丝、喷嘴取向、偏振几何](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.5.html)
- [发光的统一菜单：谱线、热辐射、同步/曲率、轫致、复合、湮灭…](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.6.html)
- [光与物质相遇：吸收、散射、再辐射](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.7.html)
- [干涉：波动性来自地形波化，骨架只负责相干可见性](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.8.html)
- [衍射与边界：装置不是背景，是波团语法](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.9.html)
- [近场与远场：同一波团两种工作状态](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.10.html)
- [胶子：色桥上的抗扰波团](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.11.html)
- [规范玻色子与过渡载荷：W/Z、希格斯与中间态连续谱](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.12.html)
- [引力波：张度波团的宏观极限](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.13.html)
- [波团也有族谱：频谱、极化、拓扑类、混合度](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.14.html)
- [波团裂变与合并：散射、倍频、非线性转频](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.15.html)
- [噪声波团与热辐射：非相干包络的统计物理](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.16.html)
- [波团与信息：相干性就是信息载体](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.17.html)
- [极端光波的材料学现象：极化、色散与减速](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.18.html)
- [真空的材料性：真空极化、光-光散射与对产生](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.19.html)
- [准粒子：声子、磁振子、等离激元作为介质内波团](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.20.html)
- [波团 → 粒子：锁态化条件与“凝结/成对/喷注”的统一语法](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.21.html)
- [精细结构常数 α 的底座意义](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.22.html)
- [对表与接管：QED/QCD 的“场量子”在 EFT 中如何落地成波团谱系](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.23.html)
- [本卷小结：波团是可远行的成团扰动，阈值决定粒子性外观](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V03-3.24.html)
- [EFT 极简总览与本卷导言](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.0.html)
- [场像天气：为什么 EFT 的“场”不是一块看不见的实体](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.1.html)
- [海况四件套回顾：张度/密度/纹理/节拍（场的控制面板）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.2.html)
- [力=坡度结算：能量海没有上下左右，只有坡度](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.3.html)
- [引力：张度坡与节拍读数的统一](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.4.html)
- [电磁：纹理坡、取向耦合与辐射](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.5.html)
- [核力（机制层）：旋纹对齐与互锁](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.6.html)
- [三种机制力的统一口径：张度给方向、纹理给道路、旋纹给卡扣](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.7.html)
- [强力（规则层）：缺口回填](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.8.html)
- [弱力（规则层）：失稳重组](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.9.html)
- [规则层 × 机制层：强弱如何与核力互锁协作](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.10.html)
- [相互作用通道与门槛：为什么允许发生的事是离散集合](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.11.html)
- [交换波团与过渡载荷：光子/胶子/WZ…作为通道施工队](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.12.html)
- [局域性与接力：为什么不存在隔空施力](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.13.html)
- [屏蔽、束缚与有效场：为什么宏观看起来像连续场方程](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.14.html)
- [能量与动量账本：势能、辐射、做功的统一结算](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.15.html)
- [边界工程：墙/孔/廊如何重塑场与传播](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.16.html)
- [四力统一的 EFT 版本：三机制 + 两规则 + 一底板](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.17.html)
- [张度账本下的等效原理（同一账本的两种读数）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.18.html)
- [EFT 如何接管规范场与对称性：把“形式公理”落回海况连续性与账本闭合](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.19.html)
- [极端场与真空击穿：Schwinger 极限与“真空结构崩解”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.20.html)
- [精细结构常数 α：从“经验常数”到“海的本征响应率”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.21.html)
- [与主流框架对表：GR/QED/QCD/EW是计算语言，EFT 是机制底图](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.22.html)
- [本卷小结：场是海况天气，力是坡度结算，强弱是规则层不可缺席](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V04-4.23.html)
- [EFT 极简总览与本卷导言](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.0.html)
- [量子到底是什么：先换底图，不先背公式](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.1.html)
- [三处阈值三次离散：量子世界的总骨架](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.2.html)
- [光电效应：一次吃下的闭合（吸收）阈值](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.3.html)
- [康普顿散射：包络重组与动量账本](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.4.html)
- [自发辐射：不是“随机掉光子”，而是锁态松脱与噪声底板](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.5.html)
- [受激辐射与激光：相干骨架被工程化复制](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.6.html)
- [波粒二象性：波与粒同根，只是两种读出模式](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.7.html)
- [量子态：不是“神秘向量”，而是允许态/可行通道的集合](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.8.html)
- [测量效应：测量不是旁观，是插桩改图](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.9.html)
- [从海森堡测不准，到广义测不准](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.10.html)
- [斯特恩–盖拉赫：自旋量子化外观为何强行离散](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.11.html)
- [概率从哪来：统计读出是机制必然，不是哲学选择](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.12.html)
- [波函数坍缩是什么：通道关闭与读出锁定](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.13.html)
- [量子随机性：单端像盲盒，配对才显规则](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.14.html)
- [量子隧穿：不是能量不够硬穿，是会呼吸的墙开了缝](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.15.html)
- [退相干：相干骨架被环境磨损，经典世界因此出现](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.16.html)
- [量子 Zeno / 反 Zeno：频繁插桩改变通道可达性](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.17.html)
- [Casimir 与零点能：边界改写真空模态产生净力](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.18.html)
- [玻色统计与 BEC：相位对齐的宏观锁态](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.19.html)
- [费米统计与泡利排斥：原子轨道与物质稳定的硬支柱](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.20.html)
- [超流：宏观量子涡旋与无粘流动](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.21.html)
- [超导：相干对与能隙](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.22.html)
- [约瑟夫森效应：相位差驱动的阈值读出](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.23.html)
- [纠缠：同源规则](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.24.html)
- [纠缠的张度走廊机制：把相关性落回“物理通路”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.25.html)
- [量子信息：纠缠、测量、退相干作为资源与成本](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.26.html)
- [质能转换：解构注入与规则层改写](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.27.html)
- [时间：不是背景河流，而是节拍读数](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.28.html)
- [量子到经典：何时出现确定性、何时必须用概率](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.29.html)
- [主流量子场论工具箱的材料学翻译：波函数/算符/路径积分/重整化](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.30.html)
- [本卷小结：量子世界 = 阈值离散 + 环境写入 + 接力局域 + 统计读出](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V05-5.31.html)
- [EFT 极简总览与本卷导言](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.0.html)
- [参与式观察：我们永远在宇宙内部读宇宙](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.1.html)
- [著名宇宙难题为什么会成簇：不是异常清单，而是旧宇宙观的应激反应](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.2.html)
- [CMB与视界一致性：我们读到的“底片”，为何不必自动指向暴涨](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.3.html)
- [冷斑、半球不对称与低阶对齐：方向性残差为何不必先被当成统计怪脾气](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.4.html)
- [早期黑洞、类星体与偏振成组：当“太早、太亮、太整齐”成为工况指纹](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.5.html)
- [锂-7 与反物质：当早期化学账本被现代基准误译](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.6.html)
- [暗物质范式的最小承诺：它必须同时解释动力学、透镜与结构形成](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.7.html)
- [旋转曲线与两条紧关系：额外牵引如何从统计坡面长出来](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.8.html)
- [引力透镜：动力学与成像必须由同一张底图解释](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.9.html)
- [宇宙射电背景与非热辐射：短寿世界的双面效应](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.10.html)
- [团簇并合：四现象联动与“先噪后力”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.11.html)
- [宇宙结构如何长成：漩纹造盘，直纹造网](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.12.html)
- [宇宙膨胀学的三根支柱：我们到底在挑战什么](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.13.html)
- [红移主轴：TPR读年代，不读空间被拉长](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.14.html)
- [为什么 TPR 不是“疲劳光”：端点定标与路径损耗不是一回事](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.15.html)
- [近邻红移失配：源端张度差，而不是路径魔法](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.16.html)
- [红移空间畸变：视线速度组织效应，而不是膨胀速度场的专利](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.17.html)
- [超新星“加速”外观：把标准烛从纯几何尺改写为定标读数](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.18.html)
- [尺与钟同源：宇宙学不是外部尺量学（兼论宇宙数字的重新审视）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.19.html)
- [宇宙演化的时空线索：十条证据指向同一种认知升级](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.20.html)
- [本卷小结：用递进式方式挑战宇宙膨胀学](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V06-6.21.html)
- [EFT 极简总览与本卷导言](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.0.html)
- [为什么宇宙极端是理论质量的最终压力测试](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.1.html)
- [黑洞的地位：结构发动机、本体极端与母体候选](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.2.html)
- [黑洞在宏观结构里的双重身份：极紧锚点 + 旋纹发动机](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.3.html)
- [漩纹造盘：星系盘、旋臂、条带与喷流轴如何被写出](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.4.html)
- [直纹造网：节点、丝桥、空洞与大尺度骨架如何长成](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.5.html)
- [黑洞定节拍：星系时间流向、供给节奏与局部钟差](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.6.html)
- [结构反馈：为什么黑洞不是结果，而是持续塑形器](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.7.html)
- [黑洞是什么：我们看见了什么、怎么分类、难在哪儿](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.8.html)
- [外临界 / TWall：只进不出的速度临界与张度墙](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.9.html)
- [内临界带：粒子相与丝海相的分水岭](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.10.html)
- [四层结构总图：毛孔皮、活塞层、粉碎带、锅汤核](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.11.html)
- [皮层如何显影与发声：环、偏振、共同时延与节拍尾迹](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.12.html)
- [能量如何出逃：毛孔、轴向穿孔、边缘减临界](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.13.html)
- [尺度效应：小黑洞“急”、大黑洞“稳”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.14.html)
- [与现代几何叙事对表：GR（广义相对论）哪里同解，EFT 哪里增补](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.15.html)
- [证据工程：怎么验证、看哪些指纹、各读数分别在区分什么](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.16.html)
- [黑洞命运：阶段、门槛、局部退场与不默认归洞重启](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.17.html)
- [静洞是什么：高山泡泡、负反馈与比黑洞更黑的黑](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.18.html)
- [静洞为何能稳住：高速自旋、外壳临界带与“越吐越空”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.19.html)
- [静洞如何显影：发散透镜、动力学静音与节拍反号](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.20.html)
- [黑洞与静洞：深谷与高山、会聚镜与发散镜](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.21.html)
- [静洞证据工程：如何找，如何不误认](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.22.html)
- [宇宙边界是什么：海岸线，不是砖墙](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.23.html)
- [边界如何显影：方向性残差、传播上限与远区保真退化](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.24.html)
- [母体黑洞：起源不是奇点爆炸，而是极端退场候选](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.25.html)
- [宇宙未来：不是越涨越空，而是越松越难建造、越难保真](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.26.html)
- [人造极限：LHC、强场真空与边界器件，为什么也是“微型极端宇宙”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.27.html)
- [本卷小结：黑洞主轴 + 静洞 / 边界品牌预言 + 母体黑洞 / 未来收束](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V07-7.28.html)
- [EFT 极简总览与本卷导言](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.0.html)
- [本章导言：什么叫支持、什么叫伤筋动骨、什么叫还不能判](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.1.html)
- [证据分级：从一致性线索到终局判决](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.2.html)
- [终极判决实验总表：先把战书写出来](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.3.html)
- [跨探针“无色散公共项”：红移与时延的第一判决线](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.4.html)
- [红移联合判决：TPR、距离校准链与局部残差的分组审计](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.5.html)
- [一图多用共底图裁决：旋转曲线、透镜与并合能否共用同一张底图](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.6.html)
- [结构发生学判决：喷流、骨架、偏振与早期大质量对象能否写成同一条生长线](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.7.html)
- [底片与环境层析总审：CMB、冷区 / 热点、21 cm 与底噪平台能否闭成同一张底片](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.8.html)
- [近视界与极端宇宙总审：影子、偏振、时间结构与品牌指纹能否闭成同一张极端海图](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.9.html)
- [实验室极限总审：Casimir、Josephson、强场真空与边界器件能否闭成同一条工艺链](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.10.html)
- [量子护栏总审：隧穿、退相干、纠缠与不可通信能否守住同一条因果红线](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.11.html)
- [留出集、盲化、空检与跨管线复验：如何让 EFT 不是“会讲故事的理论”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.12.html)
- [什么结果会直接支持 EFT，什么结果会直接伤筋动骨](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.13.html)
- [本章小结：EFT 必须先学会被打，再谈取代谁](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V08-8.14.html)
- [EFT 极简总览与本卷导言](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.0.html)
- [公平对比评估框架：先定义什么叫“解释力更强”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.1.html)
- [致敬与交接：为什么主流会走到今天，EFT 为什么现在才有资格接手](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.2.html)
- [历史分界桥：从被放弃的“静海”到可演化的能量海底板](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.3.html)
- [宇宙学原理的强版本：齐次/各向同性能否继续当硬公设](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.4.html)
- [大爆炸单一起源与暴涨：何时是有效剧本，何时被误当成本体](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.5.html)
- [红移的度规膨胀唯一解释权：交还给 TPR 主轴与校准链](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.6.html)
- [暗能量与宇宙学常数：从龙头本体降级为临时记账参数](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.7.html)
- [CMB 标准起源与 BBN 唯一指纹：从唯一历史缩成一段历史](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.8.html)
- [ΛCDM：为什么它仍可继续算，但不能继续统治解释](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.9.html)
- [引力=时空弯曲的唯一图景？EFT 为什么只接受它当翻译，不接受它当独裁本体](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.10.html)
- [等效原理、强光锥与绝对视界：哪些该降级，哪些该重写](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.11.html)
- [暗物质粒子范式：为什么该退位，但不必被粗暴嘲笑](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.12.html)
- [自然常数绝对性、光子绝对性与 α 的地位：从天条降级为读数](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.13.html)
- [对称性范式、统计根源、四力独立与希格斯赋质量：哪些该退，哪些该翻译](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.14.html)
- [量子本体、测量公设与热统假设：把公设神话降级为阈值与噪声](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.15.html)
- [EFT - 主流概念对译图谱：以后读任何论文，都知道它在说哪层语言](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.16.html)
- [工程与未来科技启示：如果 EFT 对，我们将如何重新设计实验、器件与观测](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.17.html)
- [本章小结：主流仍可继续算，但 EFT 接管了解释权](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V09-9.18.html)
- [P1_RC_GGL：旋转曲线—弱透镜闭合主干](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V30-30.1.html)
- [02_BTFR：群体标度律窗口](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V30-30.2.html)
- [03_SNela：Hubble 图红移主轴](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V30-30.3.html)
- [04_BBN：早期化学账本窗口](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V30-30.4.html)
- [05_CMB_phase_damp：峰位—阻尼尾窗口](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V30-30.5.html)
- [06_RSD_fs8：结构增长率窗口](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V30-30.6.html)
- [02_BAO：标准尺窗口](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V30-30.7.html)
- [09_Geom_Consistency：几何一致性审计](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V30-30.8.html)
- [04_ClusterLensMass：团簇尺度延伸](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V30-30.9.html)
- [08_ISWxLSS：晚期势衰减占位节](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V30-30.10.html)
- [903_RotCurve：单星系案例盒](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V30-30.11.html)
- [公开默认评估模板与主流对比路由](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V31-31.1.html)
- [卷首：定位、边界与使用方式](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.0.html)
- [微观粒子视觉包](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.1.html)
- [光与传播视觉包](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.2.html)
- [黑洞公共接口与走廊包](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.3.html)
- [场作为海况的视觉与护栏包](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.4.html)
- [力作为坡度/账本的质疑与护栏包](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.5.html)
- [量子前门：双缝、测量与纠缠](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.6.html)
- [量子工程：隧穿、相干、器件与形式翻译](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.7.html)
- [宇宙学前门：动态宇宙、红移与温标](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.8.html)
- [宇宙学极端窗口：边界、静洞、起源与终局](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.9.html)
- [跨季护栏总线与 rare core-delta watchlist](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.10.html)
- [卷尾路由：claim layer、canonical bridge 与使用说明](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V32-32.11.html)
- [路径“无色散公共项”跨探针共证](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.1.html)
- [强透镜时间延迟“势项”环境前馈检验](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.2.html)
- [同源多谱线“整体平移、比值不变”的源端定标](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.3.html)
- [旋转曲线—弱透镜一致闭合（暗底座/张度坡，无需对象化暗晕谱）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.4.html)
- [ARCADE-2 无线电背景的“底噪平台”判别（源并合极限与各向异性抑制）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.5.html)
- [CMB μ_CMB / y_CMB 微畸变的“解构注入”量级与形态（注入窗—模板—下限平台）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.6.html)
- [黑洞近环“共同时延＋极化翻转带”的同位缩放](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.7.html)
- [AGN 喷流“轴向穿孔”与宇宙丝骨架共线（骨架化取向统计）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.8.html)
- [强透镜通量比与奇像率的“平滑统计场”解释（暗底座/环境层的可仲裁指纹）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.9.html)
- [量子隧穿的间歇通道统计指纹（等待时间重尾＋Fano 因子＋零时滞同现）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.10.html)
- [动态 Casimir 的门槛离散与阈后非线性（墙速—产额—谱形链式改写）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.11.html)
- [腔 QED 的“真空可工程化”发射—吸收协同（边界先行与公共项闭合）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.12.html)
- [近邻红移失配的端点—路径分解（TPR 主导的源端张度差环境序列）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.13.html)
- [CMB 冷斑视线的“路径红移”旁证（TPR/PER 分解与一图多用闭合）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.14.html)
- [类星体偏振成组对齐的“丝网取向协同”（骨架方向场的可复验预测）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.15.html)
- [高红移大质量黑洞“高供给＋慢泄漏”并存（蓄压—迟泄的环境前馈检验）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.16.html)
- [卫星星系共转平面与宿主丝主轴共线](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.17.html)
- [LHC 喷注“通道内相干”随拥塞度更新量（加入旋纹/纹理通道的粒子层代理）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.18.html)
- [约瑟夫森结“张度墙呼吸”的原位成像（边界先行与门槛离散）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.19.html)
- [太阳系尺度“同源多路径”公共项掠日序列](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.20.html)
- [强透镜鞍点像“消融过剩”统计（奇偶偏置的环境前馈与稳态无色散）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.21.html)
- [喷流基座亮度—极化的同位同窗变化（零时滞指数与去旋稳健）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.22.html)
- [21 cm 强度映射的“公共项—环境相关”四维层析（像素—红移—环境—公共项）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.23.html)
- [单一外参时尺下的环境走廊传播差分检验（公共项上限）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.24.html)
- [实验室 Schwinger 极限稳态跨越与“无媒性”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.25.html)
- [近视界动态层化的“断层—孔隙”双结构（环宽呼吸与方位锁相）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.26.html)
- [宇宙尺度“路径红移”四维层析（天区 × 红移 × 环境 × 公共项）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.27.html)
- [超长基线纠缠的环境退相干极限](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.28.html)
- [精准 CMB 微畸变“时演史”与持续底噪检验](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.29.html)
- [真空“张度墙”类比平台全参相图](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.30.html)
- [早期宇宙“去暴涨”视界一致性直接证据](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.31.html)
- [取向协同全景重构的多探针闭合（方向场潜变量的可复验地图）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.32.html)
- [被透镜FRB的“像—像”无色散公共项序列](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.33.html)
- [被透镜引力波的“像—像”无色散公共项残差](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.34.html)
- [全球原子钟高度网络“标度共漂”检验](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.35.html)
- [超长光纤链路零色散公共延迟与地壳张度关联](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.36.html)
- [星系团 tSZ/kSZ 残差的平滑“底噪”判别](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.37.html)
- [星系核外流“慢漏谱”与毛孔呼吸同位](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.38.html)
- [行星雷达掠日双频公共项剖面](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.39.html)
- [时间延迟宇宙学中的“环境可预报残差”](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.40.html)
- [弯曲波束天线月掩实验的公共项剥离](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.41.html)
- [引力微透镜“像时序拼图”的公共项一致性](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.42.html)
- [星震频带“平滑底噪”跨型星对比](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.43.html)
- [近地航天器多频链路路径红移的昼夜差检验](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.44.html)
- [中微子到达时间结构与无色散公共项（跨基线）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.45.html)
- [地震—重力—光纤三场联动中的张度共振证据](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.46.html)
- [伽马暴余辉偏振旋转的环境依赖性](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.47.html)
- [系外行星凌星与次凌星时间残差的公共项搜索](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.48.html)
- [彗尾等离子体“慢漏谱”与日风环境剥离](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.49.html)
- [脉冲星计时阵列中“非色散平滑项”的季节漂移](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.50.html)
- [静洞的“发散透镜＋张度墙外壳”联合指纹（可检与可证伪）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.51.html)
- [星系团并合的 STG/TBN “四现象联动”与“先噪后力”时序](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.52.html)
- [并合星系团作为“路径红移/PER—无色散公共项”的校准场（多探针刚性对齐）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.53.html)
- [κ–X 偏移的“固定时间常数回归”（并合记忆标尺）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.54.html)
- [并合星系团中 STG/TBN 的“空间协变”：κ 残差与非热/翻滚读出共位共向](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.55.html)
- [质子近场 OAM 手性散射的一致性测试（相位偏移与“外向纹理手性”同向）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.56.html)
- [质子中场“外缘强化”形状因子：外扩成像侧写的可重复特征](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.57.html)
- [质子磁矩的环境线性微漂移（对可控张度梯度的一次相关）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.58.html)
- [质子束缚带重联的时间域指纹（短促回响＋同步能谱闪变）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.59.html)
- [中子近场 OAM 手性散射的“对消指纹”（外负—内正的可逆特征）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.60.html)
- [中子电荷半径“负号”的成像侧写（多能区形状因子一致性检验）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.61.html)
- [中子磁矩对张度梯度的偶函数响应（线性项抑制与二次标度）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.62.html)
- [β⁻转化的几何伴随效应（质子态增长＋电子波包成核＋反中微子波团时间相关）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.63.html)
- [β⁺转化的镜像几何伴随效应（中子态增长＋正电子波包成核＋中微子波团时间相关）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.64.html)
- [β⁻/β⁺ 的无色散公共项时间台阶反号镜像（ν 与 ν̄ 的对照仲裁）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.65.html)
- [无色散公共项台阶的双站传播标度（距离线性与能量无关）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.66.html)
- [无色散公共项台阶的横向束斑与相干锥角（离轴衰减标度）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.67.html)
- [无色散公共项台阶的轴上幅度几何衰减（H₀·d 常数与横向通量守恒）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.68.html)
- [松弛演化主轴的“一图多用”一致性检验（距离残差—弱透镜—强透镜时延同底图）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.69.html)
- [红移分解的联合拟合硬约束（TPR 底色＋PER 微调，跨载体无色散）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.70.html)
- [节拍—传播的反号响应（紧域慢拍快传，松域快拍慢传）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.71.html)
- [尺钟同源的跨时代漂移审计（共模张度轨迹在“秒标迁移”中保持连续）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.72.html)
- [跨探针“无色散公共项”统一指标表（零时滞指数与同窗闭合）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.73.html)
- [规则层“门槛离散＋链式改写”的统计指纹（衰变链与阈值态的跨平台联动）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.74.html)
- [场即海况图的反证线（边界改变→海况改变→发射/吸收协同）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.75.html)
- [结构形成的“路网先行”可预报性检验（骨架先定向，物质后填充）](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V33-33.76.html)
- [用途、证据边界与使用规则](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V40-40.1.html)
- [官方入口与更新路径](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V40-40.2.html)
- [作者身份、人生经历与研究使命](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V40-40.3.html)
- [公开立场：为什么不找教授背书](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V40-40.4.html)
- [灵感来源与继续阅读路线](https://cn.energyfilament.org/ai-kb/eft-full/current/sections/V40-40.5.html)