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      "title": "6.8 旋转曲线与两条紧关系：额外牵引如何从统计坡面长出来",
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      "title": "6.9 引力透镜：动力学与成像必须由同一张底图解释",
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      "title": "6.10 宇宙射电背景与非热辐射：短寿世界的双面效应",
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      "title": "6.12 宇宙结构如何长成：漩纹造盘，直纹造网",
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      "title": "6.13 宇宙膨胀学的三根支柱：我们到底在挑战什么",
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      "title": "6.14 红移主轴：TPR读年代，不读空间被拉长",
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      "title": "6.16 近邻红移失配：源端张度差，而不是路径魔法",
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      "title": "6.18 超新星“加速”外观：把标准烛从纯几何尺改写为定标读数",
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      "title": "6.19 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）",
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      "title": "6.20 宇宙演化的时空线索：十条证据指向同一种认知升级",
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      "title": "6.21 本卷小结：用递进式方式挑战宇宙膨胀学",
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      "title": "7.0 EFT 极简总览与本卷导言",
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      "title": "7.1 为什么宇宙极端是理论质量的最终压力测试",
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      "title": "7.3 黑洞在宏观结构里的双重身份：极紧锚点 + 旋纹发动机",
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      "title": "7.4 漩纹造盘：星系盘、旋臂、条带与喷流轴如何被写出",
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      "title": "7.6 黑洞定节拍：星系时间流向、供给节奏与局部钟差",
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      "title": "7.7 结构反馈：为什么黑洞不是结果，而是持续塑形器",
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      "title": "7.8 黑洞是什么：我们看见了什么、怎么分类、难在哪儿",
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      "title": "7.9 黑洞外临界面 / TWall：只进不出的速度临界与张度墙",
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      "title": "7.10 内临界带：粒子相与丝海相的分水岭",
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      "title": "7.11 黑洞四层结构总图：毛孔皮、活塞层、粉碎带、锅汤核",
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      "title": "7.12 皮层如何显影与发声：环、偏振、共同时延与节拍尾迹",
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      "title": "7.13 能量如何出逃：毛孔、轴向穿孔、边缘减临界",
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      "title": "7.14 尺度效应：小黑洞“急”、大黑洞“稳”",
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      "rel_path": "eft7-08/sec-16.html",
      "title": "7.15 与现代几何叙事对表：GR（广义相对论）哪里同解，EFT 哪里增补",
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      "title": "7.16 证据工程：怎么验证、看哪些指纹、各读数分别在区分什么",
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      "title": "7.17 黑洞命运：阶段、门槛、局部退场与不默认归洞重启",
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      "title": "7.18 静洞是什么：高山泡泡、负反馈与比黑洞更黑的黑",
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      "title": "7.20 静洞如何显影：发散透镜、动力学静音与节拍反号",
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    {
      "url": "https://cn.energyfilament.org/eft7-09/sec-08.html",
      "rel_path": "eft7-09/sec-08.html",
      "title": "8.7 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",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-09/sec-09.html",
      "rel_path": "eft7-09/sec-09.html",
      "title": "8.8 CMB、冷斑与 21 cm：底片、环境层析与方向性残差的联合判决",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-09/sec-10.html",
      "rel_path": "eft7-09/sec-10.html",
      "title": "8.9 近视界与极端宇宙：影子、环、偏振、时延、瞬态与品牌指纹的联合判决",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-09/sec-11.html",
      "rel_path": "eft7-09/sec-11.html",
      "title": "8.10 实验室极限：Casimir、Josephson、强场真空击穿、腔体与边界器件的联合判决",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-09/sec-12.html",
      "rel_path": "eft7-09/sec-12.html",
      "title": "8.11 量子传播与远程相关：隧穿、退相干、纠缠与“只保真不超速”",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-09/sec-13.html",
      "rel_path": "eft7-09/sec-13.html",
      "title": "8.12 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”",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-09/sec-14.html",
      "rel_path": "eft7-09/sec-14.html",
      "title": "8.13 什么结果会直接支持 EFT，什么结果会直接伤筋动骨",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-09/sec-15.html",
      "rel_path": "eft7-09/sec-15.html",
      "title": "8.14 本章小结：EFT 必须先学会被打，再谈取代谁",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-01.html",
      "rel_path": "eft7-10/sec-01.html",
      "title": "9.0 EFT 极简总览与本卷导言",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-02.html",
      "rel_path": "eft7-10/sec-02.html",
      "title": "9.1 公平对比评估框架：先定义什么叫“解释力更强”",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-03.html",
      "rel_path": "eft7-10/sec-03.html",
      "title": "9.2 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",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-04.html",
      "rel_path": "eft7-10/sec-04.html",
      "title": "9.3 历史分界桥：从被放弃的“静海”到可演化的能量海底板",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-05.html",
      "rel_path": "eft7-10/sec-05.html",
      "title": "9.4 宇宙学原理的强版本：齐次/各向同性能否继续当硬公设",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-06.html",
      "rel_path": "eft7-10/sec-06.html",
      "title": "9.5 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",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-07.html",
      "rel_path": "eft7-10/sec-07.html",
      "title": "9.6 红移的度规膨胀唯一解释权：交还给 TPR 主轴与校准链",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-08.html",
      "rel_path": "eft7-10/sec-08.html",
      "title": "9.7 暗能量与宇宙学常数：从龙头本体降级为临时记账参数",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-09.html",
      "rel_path": "eft7-10/sec-09.html",
      "title": "9.8 CMB 标准起源与 BBN 唯一指纹：从唯一历史缩成一段历史",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-10.html",
      "rel_path": "eft7-10/sec-10.html",
      "title": "9.9 ΛCDM：为什么它仍可继续算，但不能继续统治解释",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-11.html",
      "rel_path": "eft7-10/sec-11.html",
      "title": "9.10 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",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-12.html",
      "rel_path": "eft7-10/sec-12.html",
      "title": "9.11 等效原理、强光锥与绝对视界：哪些该降级，哪些该重写",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-13.html",
      "rel_path": "eft7-10/sec-13.html",
      "title": "9.12 暗物质粒子范式：为什么该退位，但不必被粗暴嘲笑",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-14.html",
      "rel_path": "eft7-10/sec-14.html",
      "title": "9.13 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",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-15.html",
      "rel_path": "eft7-10/sec-15.html",
      "title": "9.14 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",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-16.html",
      "rel_path": "eft7-10/sec-16.html",
      "title": "9.15 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",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-17.html",
      "rel_path": "eft7-10/sec-17.html",
      "title": "9.16 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",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-18.html",
      "rel_path": "eft7-10/sec-18.html",
      "title": "9.17 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",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft7-10/sec-19.html",
      "rel_path": "eft7-10/sec-19.html",
      "title": "9.18 本章小结：主流仍可继续算，但 EFT 接管了解释权",
      "page_type": "main_v7_section",
      "content_group": "eft7",
      "aio_priority": 0.92,
      "seo_priority": 0.88
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/index.html",
      "rel_path": "eft6-01/index.html",
      "title": "能量丝理论（EFT V6.0）",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.68,
      "seo_priority": 0.66
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-01.html",
      "rel_path": "eft6-01/sec-01.html",
      "title": "第1.0节：一页总图：版本分工、四层地图与使用指南",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-02.html",
      "rel_path": "eft6-01/sec-02.html",
      "title": "第1.1节：颠覆前的五分钟：我们到底要改掉什么直觉？",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-03.html",
      "rel_path": "eft6-01/sec-03.html",
      "title": "第1.2节：公理一：真空不空——宇宙是一片连续的能量海",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-04.html",
      "rel_path": "eft6-01/sec-04.html",
      "title": "第1.3节：公理二：粒子不是点——能量海里卷起来、闭合上锁的丝结构",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-05.html",
      "rel_path": "eft6-01/sec-05.html",
      "title": "第1.4节：海况四件套：密度、张度、纹理、节拍",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-06.html",
      "rel_path": "eft6-01/sec-06.html",
      "title": "第1.5节：接力：传播、信息与能量的统一语言",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-07.html",
      "rel_path": "eft6-01/sec-07.html",
      "title": "第1.6节：场：不是一坨东西，而是海的“天气图/导航图”",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-08.html",
      "rel_path": "eft6-01/sec-08.html",
      "title": "第1.7节：粒子如何“看见场”：不同粒子不同频道，不是被拉，是在找路",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-09.html",
      "rel_path": "eft6-01/sec-09.html",
      "title": "第1.8节：力：坡度结算（F=ma 与惯性的“张度账本”）",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-10.html",
      "rel_path": "eft6-01/sec-10.html",
      "title": "第1.9节：边界材料学：张度墙、毛孔与走廊",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-11.html",
      "rel_path": "eft6-01/sec-11.html",
      "title": "第1.10节：光速与时间：真实上限来自海；测量常量来自尺与钟",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-12.html",
      "rel_path": "eft6-01/sec-12.html",
      "title": "第1.11节：粒子结构谱系：稳定粒子与短命粒子（GUP 的位置）",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-13.html",
      "rel_path": "eft6-01/sec-13.html",
      "title": "第1.12节：粒子属性从何而来：结构—海况—属性映射表",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-14.html",
      "rel_path": "eft6-01/sec-14.html",
      "title": "第1.13节：光的结构与属性：波包、麻花光丝、偏振与身份",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-15.html",
      "rel_path": "eft6-01/sec-15.html",
      "title": "第1.14节：光粒同根，波动同源",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-16.html",
      "rel_path": "eft6-01/sec-16.html",
      "title": "第1.15节：红移机制：TPR 为底色，PER 为微调",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-17.html",
      "rel_path": "eft6-01/sec-17.html",
      "title": "第1.16节：暗底座：短命丝态的双面效应（GUP、STG、TBN）",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-18.html",
      "rel_path": "eft6-01/sec-18.html",
      "title": "第1.17节：引力/电磁：张度坡与纹理坡（两张地图）",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-19.html",
      "rel_path": "eft6-01/sec-19.html",
      "title": "第1.18节：旋纹和核力：对齐与上锁",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-20.html",
      "rel_path": "eft6-01/sec-20.html",
      "title": "第1.19节：强弱力：结构规则与变换（不是额外的手）",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-21.html",
      "rel_path": "eft6-01/sec-21.html",
      "title": "第1.20节：四力统一：三机制 + 规则层 + 统计层（总表）",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-22.html",
      "rel_path": "eft6-01/sec-22.html",
      "title": "第1.21节：结构形成总纲：纹理 → 丝 → 结构（最小构造单元）",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-23.html",
      "rel_path": "eft6-01/sec-23.html",
      "title": "第1.22节：微观结构形成：直纹 + 旋纹 + 节拍 → 轨道、互锁、分子",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-24.html",
      "rel_path": "eft6-01/sec-24.html",
      "title": "第1.23节：宏观结构形成：黑洞自旋漩纹 → 星系；直纹对接 → 宇宙网",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-25.html",
      "rel_path": "eft6-01/sec-25.html",
      "title": "第1.24节：参与式观察：测量体系、尺钟同源、跨时代对照",
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      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-26.html",
      "rel_path": "eft6-01/sec-26.html",
      "title": "第1.25节：宇宙极端场景：黑洞 / 边界 / 静洞",
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      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
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    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-27.html",
      "rel_path": "eft6-01/sec-27.html",
      "title": "第1.26节：早期宇宙图景",
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      "aio_priority": 0.62,
      "seo_priority": 0.6
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    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-28.html",
      "rel_path": "eft6-01/sec-28.html",
      "title": "第1.27节：宇宙演化图景：松弛演化（基准张度时间轴）",
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      "aio_priority": 0.62,
      "seo_priority": 0.6
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    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-29.html",
      "rel_path": "eft6-01/sec-29.html",
      "title": "第1.28节：现代宇宙图景：分区地图 + 结构地图 + 观测口径",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-30.html",
      "rel_path": "eft6-01/sec-30.html",
      "title": "第1.29节：宇宙起源与终结图景",
      "page_type": "main_v6_section",
      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/eft6-01/sec-31.html",
      "rel_path": "eft6-01/sec-31.html",
      "title": "第1.30节：物理升级图景：与现有物理的关系 + 可检验清单 + AI索引",
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      "content_group": "eft6",
      "aio_priority": 0.62,
      "seo_priority": 0.6
    },
    {
      "url": "https://cn.energyfilament.org/ch-01/index.html",
      "rel_path": "ch-01/index.html",
      "title": "综合测评报告",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.5,
      "seo_priority": 0.54
    },
    {
      "url": "https://cn.energyfilament.org/ch-02/index.html",
      "rel_path": "ch-02/index.html",
      "title": "EFT科普文章",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.5,
      "seo_priority": 0.54
    },
    {
      "url": "https://cn.energyfilament.org/ch-03/index.html",
      "rel_path": "ch-03/index.html",
      "title": "第1章：能量丝理论",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.5,
      "seo_priority": 0.54
    },
    {
      "url": "https://cn.energyfilament.org/ch-04/index.html",
      "rel_path": "ch-04/index.html",
      "title": "第2章：一致性证据",
      "page_type": "main_v5_section",
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      "aio_priority": 0.5,
      "seo_priority": 0.54
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/index.html",
      "rel_path": "ch-05/index.html",
      "title": "第3章：宏观宇宙",
      "page_type": "main_v5_section",
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      "aio_priority": 0.5,
      "seo_priority": 0.54
    },
    {
      "url": "https://cn.energyfilament.org/ch-06/index.html",
      "rel_path": "ch-06/index.html",
      "title": "第4章：黑洞",
      "page_type": "main_v5_section",
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      "aio_priority": 0.5,
      "seo_priority": 0.54
    },
    {
      "url": "https://cn.energyfilament.org/ch-07/index.html",
      "rel_path": "ch-07/index.html",
      "title": "第5章：微观粒子",
      "page_type": "main_v5_section",
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      "aio_priority": 0.5,
      "seo_priority": 0.54
    },
    {
      "url": "https://cn.energyfilament.org/ch-08/index.html",
      "rel_path": "ch-08/index.html",
      "title": "第6章：量子领域",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.5,
      "seo_priority": 0.54
    },
    {
      "url": "https://cn.energyfilament.org/ch-09/index.html",
      "rel_path": "ch-09/index.html",
      "title": "第7章：杂谈",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.5,
      "seo_priority": 0.54
    },
    {
      "url": "https://cn.energyfilament.org/ch-10/index.html",
      "rel_path": "ch-10/index.html",
      "title": "第8章：EFT将冲击的范式理论",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.5,
      "seo_priority": 0.54
    },
    {
      "url": "https://cn.energyfilament.org/ch-11/index.html",
      "rel_path": "ch-11/index.html",
      "title": "第9章：结束语",
      "page_type": "main_v5_section",
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      "aio_priority": 0.5,
      "seo_priority": 0.54
    },
    {
      "url": "https://cn.energyfilament.org/ch-01/sec-01.html",
      "rel_path": "ch-01/sec-01.html",
      "title": "2000份拟合测试的综合报告（原文）",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-02/sec-01.html",
      "rel_path": "ch-02/sec-01.html",
      "title": "新物理发布，尝试大统一",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-02/sec-02.html",
      "rel_path": "ch-02/sec-02.html",
      "title": "挑战：平均引力 vs 暗物质？",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-02/sec-03.html",
      "rel_path": "ch-02/sec-03.html",
      "title": "看图：电子不是点，是“环”",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-02/sec-04.html",
      "rel_path": "ch-02/sec-04.html",
      "title": "走进黑洞：内部像“锅汤”",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-02/sec-05.html",
      "rel_path": "ch-02/sec-05.html",
      "title": "换种读法：双缝实验与量子纠缠",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-02/sec-06.html",
      "rel_path": "ch-02/sec-06.html",
      "title": "宇宙未必在膨胀，也未必始于爆炸",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-02/sec-07.html",
      "rel_path": "ch-02/sec-07.html",
      "title": "四大基本力有望统一？",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-02/sec-08.html",
      "rel_path": "ch-02/sec-08.html",
      "title": "2000份测评：新理论挑战当代物理？",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-02/sec-09.html",
      "rel_path": "ch-02/sec-09.html",
      "title": "真空不空：有一片“能量海”",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-02/sec-10.html",
      "rel_path": "ch-02/sec-10.html",
      "title": "《能量丝理论》相关问答（FAQ）",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-01.html",
      "rel_path": "ch-03/sec-01.html",
      "title": "第1.1节：序章",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-02.html",
      "rel_path": "ch-03/sec-02.html",
      "title": "第1.2节：本体：能量丝",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-03.html",
      "rel_path": "ch-03/sec-03.html",
      "title": "第1.3节：背景：能量海",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-04.html",
      "rel_path": "ch-03/sec-04.html",
      "title": "第1.4A节：属性：密度",
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      "aio_priority": 0.44,
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-05.html",
      "rel_path": "ch-03/sec-05.html",
      "title": "第1.4B节：属性：张度",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-06.html",
      "rel_path": "ch-03/sec-06.html",
      "title": "第1.4C节：属性：纹理",
      "page_type": "main_v5_section",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-07.html",
      "rel_path": "ch-03/sec-07.html",
      "title": "第1.5节：张度决定光速",
      "page_type": "main_v5_section",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-08.html",
      "rel_path": "ch-03/sec-08.html",
      "title": "第1.6节：张度决定牵引",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-09.html",
      "rel_path": "ch-03/sec-09.html",
      "title": "第1.7节：张度决定节奏（TPR，PER）",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-10.html",
      "rel_path": "ch-03/sec-10.html",
      "title": "第1.8节：张度决定协同",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-11.html",
      "rel_path": "ch-03/sec-11.html",
      "title": "第1.9节：张度墙（TWall）和张度走廊波导（TCW）",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-12.html",
      "rel_path": "ch-03/sec-12.html",
      "title": "第1.10节：广义不稳定粒子（GUP）",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-13.html",
      "rel_path": "ch-03/sec-13.html",
      "title": "第1.11节：统计张度引力（STG）",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-14.html",
      "rel_path": "ch-03/sec-14.html",
      "title": "第1.12节：张度本地噪声（TBN）",
      "page_type": "main_v5_section",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-15.html",
      "rel_path": "ch-03/sec-15.html",
      "title": "第1.13节：稳定粒子",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-16.html",
      "rel_path": "ch-03/sec-16.html",
      "title": "第1.14节：粒子属性的张度起源",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-17.html",
      "rel_path": "ch-03/sec-17.html",
      "title": "第1.15节：四大基本力",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-03/sec-18.html",
      "rel_path": "ch-03/sec-18.html",
      "title": "第1.16节：扰动波团，辐射的一体化与定向性",
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    {
      "url": "https://cn.energyfilament.org/ch-03/sec-19.html",
      "rel_path": "ch-03/sec-19.html",
      "title": "第1.17节：统一性，EFT统一了什么",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-04/sec-01.html",
      "rel_path": "ch-04/sec-01.html",
      "title": "第2.0节：导读",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-04/sec-02.html",
      "rel_path": "ch-04/sec-02.html",
      "title": "第2.1节：丝海图景一致性的核心证据",
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    {
      "url": "https://cn.energyfilament.org/ch-04/sec-03.html",
      "rel_path": "ch-04/sec-03.html",
      "title": "第2.2节：丝海图景的跨学科佐证与宇宙尺度复核",
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    {
      "url": "https://cn.energyfilament.org/ch-04/sec-04.html",
      "rel_path": "ch-04/sec-04.html",
      "title": "第2.3节：星系团合并的一致性证据",
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    {
      "url": "https://cn.energyfilament.org/ch-04/sec-05.html",
      "rel_path": "ch-04/sec-05.html",
      "title": "第2.4节：能量海具有弹性：其张度属性的一致性证据",
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    {
      "url": "https://cn.energyfilament.org/ch-04/sec-06.html",
      "rel_path": "ch-04/sec-06.html",
      "title": "第2.5节：一致性证据链的综合性总结",
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    {
      "url": "https://cn.energyfilament.org/ch-05/sec-01.html",
      "rel_path": "ch-05/sec-01.html",
      "title": "第3.1节：星系旋转曲线：不靠暗物质也能拟合",
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      "aio_priority": 0.44,
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    {
      "url": "https://cn.energyfilament.org/ch-05/sec-02.html",
      "rel_path": "ch-05/sec-02.html",
      "title": "第3.2节：宇宙射电背景“过量”：不靠隐形点源也能抬高底座",
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    {
      "url": "https://cn.energyfilament.org/ch-05/sec-03.html",
      "rel_path": "ch-05/sec-03.html",
      "title": "第3.3节：引力透镜效应：张度势牵引的自然结果",
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    {
      "url": "https://cn.energyfilament.org/ch-05/sec-04.html",
      "rel_path": "ch-05/sec-04.html",
      "title": "第3.4节：宇宙冷斑：演化型路径红移的指纹",
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    {
      "url": "https://cn.energyfilament.org/ch-05/sec-05.html",
      "rel_path": "ch-05/sec-05.html",
      "title": "第3.5节：宇宙膨胀与红移：能量海张力重构视角",
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    {
      "url": "https://cn.energyfilament.org/ch-05/sec-06.html",
      "rel_path": "ch-05/sec-06.html",
      "title": "第3.6节：近邻红移失配：源端张度差模型",
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    {
      "url": "https://cn.energyfilament.org/ch-05/sec-07.html",
      "rel_path": "ch-05/sec-07.html",
      "title": "第3.7节：红移空间畸变：由张度场组织的视线速度效应",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-08.html",
      "rel_path": "ch-05/sec-08.html",
      "title": "第3.8节：早期黑洞与类星体：高密区能量丝塌缩机制",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-09.html",
      "rel_path": "ch-05/sec-09.html",
      "title": "第3.9节：类星体偏振成组对齐：张度结构协同的远程取向指纹",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-10.html",
      "rel_path": "ch-05/sec-10.html",
      "title": "第3.10节：各种宇宙高能射线：张度通道与重联加速的统一图景",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-11.html",
      "rel_path": "ch-05/sec-11.html",
      "title": "第3.11节：原初核合成的锂-7之谜：张度定标与底噪注入的双重修正",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-12.html",
      "rel_path": "ch-05/sec-12.html",
      "title": "第3.12节：反物质去哪了：非平衡解冻与张度偏置",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-13.html",
      "rel_path": "ch-05/sec-13.html",
      "title": "第3.13节：宇宙微波背景：从“噪声黑化”的底片，到路径与地形的细纹",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-14.html",
      "rel_path": "ch-05/sec-14.html",
      "title": "第3.14节：视界一致性：可变光速下的远区同温无需暴涨",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-15.html",
      "rel_path": "ch-05/sec-15.html",
      "title": "第3.15节：宇宙结构如何长成：借“水面张力”的眼睛看丝与墙",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-16.html",
      "rel_path": "ch-05/sec-16.html",
      "title": "第3.16节：宇宙的初始：无时之初的全球闭锁与相变开闸",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-17.html",
      "rel_path": "ch-05/sec-17.html",
      "title": "第3.17节：宇宙的未来：张度地形的长时演化",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
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    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-18.html",
      "rel_path": "ch-05/sec-18.html",
      "title": "第3.18节：以太理论：从被证伪的“静海”到可演化的“能量海”",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-19.html",
      "rel_path": "ch-05/sec-19.html",
      "title": "第3.19节：引力偏折 vs 介质折射：背景几何与材料折射的分水岭",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-20.html",
      "rel_path": "ch-05/sec-20.html",
      "title": "第3.20节：直准喷流为何出现：张度走廊波导（TCW）的应用",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-05/sec-21.html",
      "rel_path": "ch-05/sec-21.html",
      "title": "第3.21节：团簇合并（星系碰撞）",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-01.html",
      "rel_path": "ch-06/sec-01.html",
      "title": "第4.1节：黑洞是什么：我们看见了什么、怎么分类、难在哪儿",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-02.html",
      "rel_path": "ch-06/sec-02.html",
      "title": "第4.2节：外临界：只进不出的速度临界",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-03.html",
      "rel_path": "ch-06/sec-03.html",
      "title": "第4.3节：内临界带：粒子相与丝海相的分水岭",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-04.html",
      "rel_path": "ch-06/sec-04.html",
      "title": "第4.4节：内核：高密丝海的层级结构",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
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    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-05.html",
      "rel_path": "ch-06/sec-05.html",
      "title": "第4.5节：过渡带：外临界与内临界带之间的“活塞层",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
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    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-06.html",
      "rel_path": "ch-06/sec-06.html",
      "title": "第4.6节：皮层如何显影与发声：环、极化与共同时延",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-07.html",
      "rel_path": "ch-06/sec-07.html",
      "title": "第4.7节：能量如何出逃：毛孔、轴向穿孔、边缘带状减临界",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-08.html",
      "rel_path": "ch-06/sec-08.html",
      "title": "第4.8节：尺度效应：小黑洞“急”、大黑洞“稳”",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-09.html",
      "rel_path": "ch-06/sec-09.html",
      "title": "第4.9节：与现代几何叙事对表：一致处与新增材质层",
      "page_type": "main_v5_section",
      "content_group": "eft5",
      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-10.html",
      "rel_path": "ch-06/sec-10.html",
      "title": "第4.10节：证据工程：怎么验证、看哪些指纹、我们预言什么",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-11.html",
      "rel_path": "ch-06/sec-11.html",
      "title": "第4.11节：黑洞命运：阶段—门槛—结局",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
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    },
    {
      "url": "https://cn.energyfilament.org/ch-06/sec-12.html",
      "rel_path": "ch-06/sec-12.html",
      "title": "第4.12节：公众关心的十四问",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
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    },
    {
      "url": "https://cn.energyfilament.org/ch-07/sec-01.html",
      "rel_path": "ch-07/sec-01.html",
      "title": "第5.1节：万物的起源：粒子，是无数失败中的奇迹",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
      "seo_priority": 0.48
    },
    {
      "url": "https://cn.energyfilament.org/ch-07/sec-02.html",
      "rel_path": "ch-07/sec-02.html",
      "title": "第5.2节：粒子不是点，而是结构",
      "page_type": "main_v5_section",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-07/sec-03.html",
      "rel_path": "ch-07/sec-03.html",
      "title": "第5.3节：质量、电荷、自旋的本质",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
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    },
    {
      "url": "https://cn.energyfilament.org/ch-07/sec-04.html",
      "rel_path": "ch-07/sec-04.html",
      "title": "第5.4节：力和场",
      "page_type": "main_v5_section",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-07/sec-05.html",
      "rel_path": "ch-07/sec-05.html",
      "title": "第5.5节：电子",
      "page_type": "main_v5_section",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-07/sec-06.html",
      "rel_path": "ch-07/sec-06.html",
      "title": "第5.6节：质子",
      "page_type": "main_v5_section",
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    {
      "url": "https://cn.energyfilament.org/ch-07/sec-07.html",
      "rel_path": "ch-07/sec-07.html",
      "title": "第5.7节：中子",
      "page_type": "main_v5_section",
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    {
      "url": "https://cn.energyfilament.org/ch-07/sec-08.html",
      "rel_path": "ch-07/sec-08.html",
      "title": "第5.8节：中微子",
      "page_type": "main_v5_section",
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    {
      "url": "https://cn.energyfilament.org/ch-07/sec-09.html",
      "rel_path": "ch-07/sec-09.html",
      "title": "第5.9节：夸克家族",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-07/sec-10.html",
      "rel_path": "ch-07/sec-10.html",
      "title": "第5.10节：原子核",
      "page_type": "main_v5_section",
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    {
      "url": "https://cn.energyfilament.org/ch-07/sec-11.html",
      "rel_path": "ch-07/sec-11.html",
      "title": "第5.11节：元素核结构图谱",
      "page_type": "main_v5_section",
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    {
      "url": "https://cn.energyfilament.org/ch-07/sec-12.html",
      "rel_path": "ch-07/sec-12.html",
      "title": "第5.12节：原子（离散能级、跃迁与统计约束）",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
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    },
    {
      "url": "https://cn.energyfilament.org/ch-07/sec-13.html",
      "rel_path": "ch-07/sec-13.html",
      "title": "第5.13节：波团（玻色子，引力波）",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-07/sec-14.html",
      "rel_path": "ch-07/sec-14.html",
      "title": "第5.14节：预测粒子",
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    },
    {
      "url": "https://cn.energyfilament.org/ch-07/sec-15.html",
      "rel_path": "ch-07/sec-15.html",
      "title": "第5.15节：质能转换",
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    {
      "url": "https://cn.energyfilament.org/ch-07/sec-16.html",
      "rel_path": "ch-07/sec-16.html",
      "title": "第5.16节：时间",
      "page_type": "main_v5_section",
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    {
      "url": "https://cn.energyfilament.org/ch-08/sec-01.html",
      "rel_path": "ch-08/sec-01.html",
      "title": "第6.1节：光电效应与康普顿散射",
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    {
      "url": "https://cn.energyfilament.org/ch-08/sec-02.html",
      "rel_path": "ch-08/sec-02.html",
      "title": "第6.2节：自发辐射与光的来源",
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    {
      "url": "https://cn.energyfilament.org/ch-08/sec-03.html",
      "rel_path": "ch-08/sec-03.html",
      "title": "第6.3节：波粒二象性",
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    {
      "url": "https://cn.energyfilament.org/ch-08/sec-04.html",
      "rel_path": "ch-08/sec-04.html",
      "title": "第6.4节：测量效应",
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    {
      "url": "https://cn.energyfilament.org/ch-08/sec-05.html",
      "rel_path": "ch-08/sec-05.html",
      "title": "第6.5节：海森堡测不准和量子随机性",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
      "seo_priority": 0.48
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    {
      "url": "https://cn.energyfilament.org/ch-08/sec-06.html",
      "rel_path": "ch-08/sec-06.html",
      "title": "第6.6节：量子隧穿",
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    {
      "url": "https://cn.energyfilament.org/ch-08/sec-07.html",
      "rel_path": "ch-08/sec-07.html",
      "title": "第6.7节：退相干",
      "page_type": "main_v5_section",
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    {
      "url": "https://cn.energyfilament.org/ch-08/sec-08.html",
      "rel_path": "ch-08/sec-08.html",
      "title": "第6.8节：量子 Zeno / 反 Zeno 效应",
      "page_type": "main_v5_section",
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    {
      "url": "https://cn.energyfilament.org/ch-08/sec-09.html",
      "rel_path": "ch-08/sec-09.html",
      "title": "第6.9节：Casimir 效应",
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    {
      "url": "https://cn.energyfilament.org/ch-08/sec-10.html",
      "rel_path": "ch-08/sec-10.html",
      "title": "第6.10节：Bose–Einstein 凝聚与超流",
      "page_type": "main_v5_section",
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    {
      "url": "https://cn.energyfilament.org/ch-08/sec-11.html",
      "rel_path": "ch-08/sec-11.html",
      "title": "第6.11节：超导与约瑟夫森效应",
      "page_type": "main_v5_section",
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      "aio_priority": 0.44,
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      "url": "https://cn.energyfilament.org/ch-08/sec-12.html",
      "rel_path": "ch-08/sec-12.html",
      "title": "第6.12节：量子纠缠",
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    {
      "url": "https://cn.energyfilament.org/ch-09/sec-01.html",
      "rel_path": "ch-09/sec-01.html",
      "title": "第7.1节：意识的起源：原始意识的诞生",
      "page_type": "main_v5_section",
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      "url": "https://cn.energyfilament.org/ch-09/sec-02.html",
      "rel_path": "ch-09/sec-02.html",
      "title": "第7.2节：意识的进化",
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      "url": "https://cn.energyfilament.org/ch-10/sec-01.html",
      "rel_path": "ch-10/sec-01.html",
      "title": "第8.0节：前言",
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