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list calibration parameters.", "established": "External experimental/theoretical benchmark, not an ASD premise.", "numerical_difference": "Not calculated independently.", "interpretation_difference": "Candidate ontology; quantitative response required.", "distinguishes": "No current independent distinguishing prediction; specify observable and uncertainty before testing.", "current_status": "Energy and collective-inertia framework available; no independent numerical mass.", "independent_derivation": "No; fixing a scale with me makes it an input.", "evidence_status": "UNTESTED", "required_precision": "Match the cited observable definition and uncertainty; a target precision for an ASD difference is not yet derived.", "source_reference": "CODATA 2022 · NIST" }, { "id": "mat-electron-charge", "name": "Electron charge", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "Electron charge is −e; SI defines e = 1.602176634 × 10⁻¹⁹ C exactly.", "asd": "Map integer topology to measurable current and far-field flux, with coupling normalization.", "established": "External experimental/theoretical benchmark, not an ASD premise.", "numerical_difference": "Not calculated independently.", "interpretation_difference": "Candidate ontology; 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For a fixed-shape three-dimensional scale family, quadratic gradients, positive fourth-order gradients and a nonnegative volume potential produce a unique positive stationary point. Chapter 4 gives a dimensionless scale; Chapter 5 gives a dimensional core radius. The calculations below connect this established scale result to the remaining field-solution and perturbation questions.", "conditions": [ "Retain local boundaries, normalization and approximation; candidate configurations and conditional results are not promoted to experimental particle validation.", "A2,A4>0,A0≥0; one-parameter fixed-shape scale family, not a full three-dimensional solution." ], "unresolved": [], "migration_status": "reviewed", "manuscript_sha256": "ddbade997b45913248e588953b1d27ccb9c7c206c3c8d992d3aef2364a64836e", "source_manifest": "final-manuscript-source-manifest.json", "body_review": "updated" }, "previous_source": { "source_chapter": "Chapter 4 / 第四章 · Chapter 5 / 第五章", "source_reference": "Ch. 4 (4.19)–(4.22); Ch. 5 (5.6.21), (5.6.23)–(5.6.25)", "source_version": "MAT-d1034a344d58", "source_sha256": "d1034a344d5830113b6599e6941ee0d1a6d22872f18c593eccf87cf21ccf2a7e", "source_kind": "manifest", "source_records": [ { "id": "CH4-9587f3c44d39", "title": "第四章-ASD空间本体论-出版整理稿.docx", "sha256": "9587f3c44d3974f44e387ed03d92691fa5473a90d7b1c9c989155adf0622849a", "format": "docx" }, { "id": "CH5-ca737ec4e327", "title": "第五章-出版整理稿.docx", "sha256": "ca737ec4e327d72c5507bbc8e00295b6e56029c7583ebad8e505cdb9c68c6262", "format": "docx" } ], "source_manifest": "matter-source-manifest.json", "source_manifest_url": "/downloads/ASD_Matter_Source_Manifest.json", "sources": [ { "label": "CH4-9587f3c44d39 · 第四章-ASD空间本体论-出版整理稿.docx", "kind": "supplied-manuscript" }, { "label": "CH5-ca737ec4e327 · 第五章-出版整理稿.docx", "kind": "supplied-manuscript" }, { "label": "Derrick (1964) · Stability of nonlinear wave equations", "url": "https://doi.org/10.1063/1.1704233", "kind": "external-reference" }, { "label": "Skyrme (1961) · A nonlinear field theory", "url": "https://doi.org/10.1098/rspa.1961.0018", "kind": "external-reference" } ] }, "en": "Stable Scales and Dynamics of Localized Structures", "status": "OPEN", "evidence": "UNTESTED", "used_by": [ "/en/open-problems/matter/electron-solution", "/en/open-problems/matter/proton-structure", "/en/open-problems/quantum/source-equation", "/en/theory/matter/electron", "/en/theory/matter/mass", "/en/theory/matter/proton", "/en/theory/quantum/accompanying-field" ], "source_file": "en/theory/matter/stability.mdx", "document_purpose": "theory", "document_purpose_label": "Theory and research explanation", "canonical_identity_label": "Yes · canonical theory baseline", "scientific_status_applicable": true }, { "id": "ASD-MAT-THEORY-MATTER-TOPOLOGICAL-MATTER-EN", "path": "/en/theory/matter/topological-matter", "title": "Topological Matter: Define the Configuration Space", "category": "Matter & Topology", "summary": "Distinguish phase winding, three-dimensional orientation degree and embedded knot type, then explain how amplitude, boundaries and energy limit protection.", "template": "theory", "version": "1.0.0", "updated": "2026-10-24", "canonical": true, "source_tier": "canonical", "locale": "en", "module_key": "matter", "module_navigation": [ { "path": "/en/theory/matter", "label": "Overview", "en": "Overview" }, { "path": "/en/theory/matter/localization", "label": "Localization", "en": "Localization" }, { "path": "/en/theory/matter/topological-matter", "label": "Topology", "en": "Topology" }, { "path": "/en/theory/matter/stability", "label": "Stability", "en": "Stability" }, { "path": "/en/theory/matter/mass", "label": "Mass", "en": "Mass" }, { "path": "/en/theory/matter/charge", "label": "Charge", "en": "Charge" }, { "path": "/en/theory/matter/spin", "label": "Spin", "en": "Spin" }, { "path": "/en/theory/matter/electron", "label": "Electron", "en": "Electron" }, { "path": "/en/theory/matter/proton", "label": "Proton", "en": "Proton" }, { "path": "/en/theory/matter/antimatter", "label": "Antimatter", "en": "Antimatter" }, { "path": "/en/theory/matter/creation", "label": "Creation", "en": "Creation" }, { "path": "/en/theory/matter/annihilation", "label": "Annihilation", "en": "Annihilation" }, { "path": "/en/tests/matter", "label": "Requirements", "en": "Requirements" } ], "canonical_scope": "Canonical research framework · not a closed particle theory", "source_chapter": "Chapter 4; 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The path winding N_C, three-dimensional degree N_Q and knot type of a core curve describe different objects. Distinguishing them connects the physical picture of closed twist to a calculable field configuration. Chapter 5 further specifies that the pure orientation connection $U^\\dagger dU$ obeys the Maurer–Cartan identity: a nonzero winding is not by itself independent gauge curvature.", "conditions": [ "Retain local boundaries, normalization and approximation; candidate configurations and conditional results are not promoted to experimental particle validation." ], "unresolved": [], "migration_status": "reviewed", "manuscript_sha256": "ddbade997b45913248e588953b1d27ccb9c7c206c3c8d992d3aef2364a64836e", "source_manifest": "final-manuscript-source-manifest.json", "body_review": "updated" }, "previous_source": { "source_chapter": "Chapter 4 / 第四章 · Chapter 5 / 第五章", "source_reference": "Ch. 4 (4.16)–(4.18), (4.24)–(4.26), §4.4.2; Ch. 5 §6.6", "source_version": "MAT-d1034a344d58", "source_sha256": "d1034a344d5830113b6599e6941ee0d1a6d22872f18c593eccf87cf21ccf2a7e", "source_kind": "manifest", "source_records": [ { "id": "CH4-9587f3c44d39", "title": "第四章-ASD空间本体论-出版整理稿.docx", "sha256": "9587f3c44d3974f44e387ed03d92691fa5473a90d7b1c9c989155adf0622849a", "format": "docx" }, { "id": "CH5-ca737ec4e327", "title": "第五章-出版整理稿.docx", "sha256": "ca737ec4e327d72c5507bbc8e00295b6e56029c7583ebad8e505cdb9c68c6262", "format": "docx" } ], "source_manifest": "matter-source-manifest.json", "source_manifest_url": "/downloads/ASD_Matter_Source_Manifest.json", "sources": [ { "label": "CH4-9587f3c44d39 · 第四章-ASD空间本体论-出版整理稿.docx", "kind": "supplied-manuscript" }, { "label": "CH5-ca737ec4e327 · 第五章-出版整理稿.docx", "kind": "supplied-manuscript" } ] }, "en": "Topological Matter: Define the Configuration Space", "status": "OPEN", "evidence": "UNTESTED", "used_by": [ "/en/open-problems/matter/topological-classification", "/en/theory/matter/charge", "/en/theory/matter/spin", "/en/theory/matter/stability" ], "source_file": "en/theory/matter/topological-matter.mdx", "document_purpose": "theory", "document_purpose_label": "Theory and research explanation", "canonical_identity_label": "Yes · canonical theory baseline", "scientific_status_applicable": true }, { "id": "ASD-MAT-THEORY-MATTER-EN", "path": "/en/theory/matter", "title": "How Can Spatial Dynamics Become Matter?", "category": "Matter & Topology", "summary": "From persistent spatial organization to a localized core and fields, stability, mass, charge and spin, then conjugate creation and annihilation.", "template": "theory", "version": "1.0.0", "updated": "2026-10-24", "canonical": true, "source_tier": "canonical", "locale": "en", "module_key": "matter", "module_navigation": [ { "path": "/en/theory/matter", "label": "Overview", "en": "Overview" }, { "path": "/en/theory/matter/localization", "label": "Localization", "en": "Localization" }, { "path": "/en/theory/matter/topological-matter", "label": "Topology", "en": "Topology" }, { "path": "/en/theory/matter/stability", "label": "Stability", "en": "Stability" }, { "path": "/en/theory/matter/mass", "label": "Mass", "en": "Mass" }, { "path": "/en/theory/matter/charge", "label": "Charge", "en": "Charge" }, { "path": "/en/theory/matter/spin", "label": "Spin", "en": "Spin" }, { "path": "/en/theory/matter/electron", "label": "Electron", "en": "Electron" }, { "path": "/en/theory/matter/proton", "label": "Proton", "en": "Proton" }, { "path": "/en/theory/matter/antimatter", "label": "Antimatter", "en": "Antimatter" }, { "path": "/en/theory/matter/creation", "label": "Creation", "en": "Creation" }, { "path": "/en/theory/matter/annihilation", "label": "Annihilation", "en": "Annihilation" }, { "path": "/en/tests/matter", "label": "Requirements", "en": "Requirements" } ], "canonical_scope": "Canonical research framework · not a closed particle theory", "source_chapter": "Chapter 4; 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DOI: 10.1038/s41586-021-04349-7" }, { "id": "time-test-moving", "name": "Transported clocks · Ideal motion and actual flights", "category": "POTENTIALLY DISCRIMINATING", "observed": "Hafele–Keating reported clock differences between transported clocks on different flight directions and ground references. Actual flights include motion and gravity.", "asd": "The ideal uniform equatorial circuit in Chapter 1 gives T′/T = √[(1−β)/(1+β)].", "established": "Standard calculations accumulate kinematic and gravitational contributions along actual trajectories. The constant-speed gravity-free baseline is dτ/dt = √(1−β²).", "numerical_difference": "Formally YES: the manuscript expression has a first-order speed term. 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"current_state": "特殊构型的物理力与标准实验室总力有不同速度标度；坐标广义力却与标准值数值重合。已发表高速电光采样提供研究对象，尚无本站 ASD 拟合。" }, "en": "High-γ Discriminator", "status": "OPEN", "evidence": "UNTESTED", "used_by": [], "source_file": "open-problems/electromagnetism/high-gamma-discriminator.mdx", "document_purpose": "research-task", "document_purpose_label": "开放研究任务", "canonical_identity_label": "否 · 研究笔记", "scientific_status_applicable": true }, { "id": "OP-EM-005", "path": "/open-problems/electromagnetism/longitudinal-transverse-coupling", "title": "纵向密度与横向剪切的耦合", "category": "电磁相互作用", "summary": "把第三章的非线性耦合候选接入下一轮 Space Dynamics，检验稳定性、源归一化与反作用。", "template": "problem", "version": "1.0.0", "updated": "2026-10-24", "canonical": false, "source_tier": "research-notes", "locale": "zh", "module_key": "electromagnetism-research", "module_navigation": [ { "path": "/theory/electromagnetism", "label": "电磁总览", "en": "Overview" }, { "path": "/theory/electromagnetism/coulomb-interaction", "label": "库仑作用", "en": "Coulomb" }, { "path": 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"em-lt-coupling", "em-lt-source", "em-lt-bound" ], "sources": [ { "label": "最终合订稿——实际采用范围见本页来源详情", "kind": "final-combined-manuscript", "url": "/downloads/ASD_Final_Manuscript_Source_Manifest.json" }, { "label": "历史来源：CH3-d9ead146f6ac · 第三章(1).pdf", "kind": "historical-source" } ], "outline": [ "任务定位", "已经建立的基线", "局部能量下界与诱导膨胀", "需要完成的工作", "交付与判定标准", "复核边界与来源", "Space Dynamics 的正式承接" ], "seo_title": "纵向密度与横向剪切的耦合 | 各向异性空间动力学", "canonical_url": "https://asd-physics.org/open-problems/electromagnetism/longitudinal-transverse-coupling", "translation_path": "/en/open-problems/electromagnetism/longitudinal-transverse-coupling", "mathematical_review": "OPEN REVIEW", "review_path": "/open-problems/electromagnetism/longitudinal-transverse-coupling#review-notes", "review_note": "推导以前文列明的构成输入与适用域为条件；正式来源状态与实验证实分别记录。", "evidence_note": "证据按电磁实验矩阵逐项记录；本轮未新增实验拟合。", "problem": { "expertise": [ "非线性动力学 · 稳定性" ], "difficulty": "Open research", "missing_result": "在统一纵横场作用量中确定耦合系数，加入正二次能、梯度能和边界；求扰动谱、能量交换与稳定有限能量结构，区分自由零背景和有限幅度耦合。", "deliverable": "完整候选作用量和变分方程；量纲及守恒核对；有界性与稳定谱；可连接纵向密度和横向结构的定量解。", "current_state": "书稿给出旋转标量三次耦合、相互反作用源项和加入四次项后的局部有界条件。它们仍是候选构成。" }, "final_source": { "source_id": "ASD-BOOK-ddbade997b45", "chapter": "第三章", "reference": "§八.1—2 (3.74)—(3.77)；§九第四项", "locators": [ "p1240", "p1241", "p1243", "p1244", "p1245", "p1246", "p1249", "p1250", "p1251", "p1252", "p1284" ], "adopted_scope": "候选耦合、两侧变分、局部下界与诱导膨胀；保留原OPEN问题身份", "conditions": [ "边界变分消失；常数g_LT,K_L,λ_T", "K_L>0，λ_T≥2g_LT²/K_L", "η极小化固定横向强度" ], "unresolved": [ "完整梯度能、微观参数、长程源与稳定构型继续研究" ], "migration_status": "reviewed", "manuscript_sha256": "ddbade997b45913248e588953b1d27ccb9c7c206c3c8d992d3aef2364a64836e", "source_manifest": "final-manuscript-source-manifest.json", "body_review": "updated" }, "previous_source": { "source_chapter": "第三章 ASD 理论电磁学", "source_reference": "Chapter 3 / 第三章 · §VIII.1–2; (3.74)–(3.77), PDF pp. 17–18", "source_version": "EM-f06476f55cae", 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"canonical_url": "https://asd-physics.org/open-problems/electromagnetism/maxwell-effective-limit", "translation_path": "/en/open-problems/electromagnetism/maxwell-effective-limit", "mathematical_review": "OPEN REVIEW", "review_path": "/open-problems/electromagnetism/maxwell-effective-limit#review-notes", "review_note": "推导以前文列明的构成输入与适用域为条件；正式来源状态与实验证实分别记录。", "evidence_note": "证据按电磁实验矩阵逐项记录；本轮未新增实验拟合。", "problem": { "expertise": [ "连续场 · 有效理论" ], "difficulty": "Open research", "missing_result": "由空间动力学确定系数和有效源耦合，检查长波、弱扰动、低速源与低频范围各自的条件；纳入非均匀背景、高阶导数和有限振幅时，导出具体修正而非先赋予标准形式。", "deliverable": "自由扇区等价证明的条件表；有源构成推导；规范、连续性和能量正定检查；至少一个超出当前有效范围的明确修正或无法确定的参数。", "current_state": "给定二次作用量、横向约束和系数匹配，自由 Maxwell 方程已导出；给定有效源耦合后的有源变分也闭合。" }, "en": "Maxwell Effective Limit and Source Extension", "status": "OPEN", "evidence": "UNTESTED", "used_by": [], "source_file": "open-problems/electromagnetism/maxwell-effective-limit.mdx", "document_purpose": "research-task", "document_purpose_label": "开放研究任务", "canonical_identity_label": "否 · 研究笔记", "scientific_status_applicable": true }, { "id": "OP-EM-001", "path": "/open-problems/electromagnetism/moving-charge-field", "title": "高速运动电荷的完整空间场", "category": "电磁相互作用", "summary": "从有向长度与真值作用律走向源场、传播和探测响应的一致闭合。", "template": "problem", "version": "1.0.0", "updated": "2026-09-15", "canonical": false, "source_tier": "research-notes", "locale": "zh", "module_key": "electromagnetism-research", "module_navigation": [ { "path": "/theory/electromagnetism", "label": "电磁总览", "en": "Overview" }, { "path": "/theory/electromagnetism/coulomb-interaction", "label": "库仑作用", "en": "Coulomb" }, { "path": "/theory/electromagnetism/magnetic-force", "label": "磁力起源", "en": "Magnetic force" }, { "path": "/theory/electromagnetism/moving-charge-field", "label": "运动电荷场", "en": "Moving charge" }, { "path": "/theory/electromagnetism/vector-potential", "label": "矢量势", "en": "Vector potential" }, { "path": "/theory/electromagnetism/magnetic-field", "label": "磁场表示", "en": 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"/theory/electromagnetism/magnetic-force", "/theory/electromagnetism/moving-charge-field", "/theory/electromagnetism/vector-potential", "/theory/electromagnetism/magnetic-field", "/theory/electromagnetism/electromagnetic-waves", "/tests/electromagnetism" ], "open_problems": [ "/open-problems/electromagnetism/field-representation", "/open-problems/electromagnetism/maxwell-effective-limit", "/open-problems/electromagnetism/high-gamma-discriminator", "/open-problems/electromagnetism/longitudinal-transverse-coupling" ], "equations": [ "em-field-candidate", "em-potential-candidate", "em-flux" ], "sources": [ { "label": "CH3-d9ead146f6ac · 第三章(1).pdf", "kind": "supplied-manuscript" } ], "outline": [ "任务定位", "已经建立的基线", "需要完成的工作", "交付与判定标准", "复核边界与来源" ], "seo_title": "高速运动电荷的完整空间场 | 各向异性空间动力学", "canonical_url": "https://asd-physics.org/open-problems/electromagnetism/moving-charge-field", "translation_path": "/en/open-problems/electromagnetism/moving-charge-field", "mathematical_review": "OPEN REVIEW", "review_path": "/open-problems/electromagnetism/moving-charge-field#review-notes", "review_note": "推导以前文列明的构成输入与适用域为条件；正式来源状态与实验证实分别记录。", "evidence_note": "证据按电磁实验矩阵逐项记录；本轮未新增实验拟合。", "problem": { "expertise": [ "有向几何 · 源方程" ], "difficulty": "Open research", "missing_result": "明确同时与推迟源位置，指定三维有向几何、面积元、源密度与梯度算子；求出标势、矢势、感应项和不同速度探针的受力，检查源归一化与边界。", "deliverable": "一般场方程与边界条件；至少一个可复算的有限源解；通量、静止极限及共同横向构型检查；未确定参数清单。", "current_state": "共同速度横向作用律已确定；径向候选的通量和势梯度候选的导数已核对。总通量未唯一确定局域场。" }, "en": "Full Moving-Charge Spatial Field", "status": "OPEN", "evidence": "UNTESTED", "used_by": [], "source_file": "open-problems/electromagnetism/moving-charge-field.mdx", "document_purpose": "research-task", "document_purpose_label": "开放研究任务", "canonical_identity_label": "否 · 研究笔记", "scientific_status_applicable": true }, { "id": "OP-EXP-001", "path": "/open-problems/experiments/quantitative-discriminator", "title": "首个完整装置级定量判别量", "category": "实验研究计划", "summary": "OP-EXP-001 · 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"open_problems": [], "equations": [ "lve-process", "lve-muon" ], "sources": [ { "label": "第一章最终稿 §3.6，式（1.44）—（1.46），PDF 第 19–20 页", "kind": "supplied-final-manuscript" } ], "source_chapter": "第一章 §3.6", "source_reference": "第一章式（1.44）—（1.46）；网站实验卡 lve-test-muon", "source_version": "CH1-caf38018fc5a", "source_sha256": "caf38018fc5aed65b6565668de0325599f46341fd7e893ea923571ac7c2e3961", "last_reviewed": "2026-09-13", "problem": { "expertise": [ "粒子衰变统计", "宇宙线输运", "探测器响应" ], "difficulty": "高", "current_state": "第一章的路径关系与示例已复算；尚无 ASD 能谱、通量或存活分布的装置级拟合。", "missing_result": "明确 L′ 的统计定义和事件端点，建立从生产端粒子群到探测端计数的预测模型。", "deliverable": "同输入的 ASD 与标准理论存活分布、可复算代码、数据来源、残差和误差预算。" }, "en": "Muon survival under the LVE path interpretation", "status": "OPEN", "evidence": "UNTESTED", "used_by": [ "/en/tests/muon-survival", "/tests/muon-survival" ], "source_file": "open-problems/lve-muon-decay.mdx", "document_purpose": "research-task", "document_purpose_label": "开放研究任务", "canonical_identity_label": "否 · 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"deliverable": "交付一个明确截断模型的完整变分、守恒量、真空谱和参数域；逐项给出与静态远场、稳定局域解及伴随场包络的对应，并记录不能同时满足的条件。", "current_state": "局部双场母作用量、双方变分、互易源和能量配方已经建立；书稿进一步给出独立标架拉伸的引力远场扩展、耦合真空谱及尺度模型的解析半径。因此任务是使这些已有动力学成分联合闭合，不是从零寻找一条未写出的母方程。" }, "locale": "zh", "translation_path": "/en/open-problems/master-equation", "section_anchors": [ "current-results", "remaining-work", "next-deliverable", "scope-and-links" ], "legacy_anchors": { "s0": "current-results", "s1": "current-results", "s2": "remaining-work", "s3": "next-deliverable", "s4": "scope-and-links", "s5": "scope-and-links", "s6": "scope-and-links" }, "outline": [ "已经得到的结果", "仍需完成的研究", "下一份可复核成果", "适用范围与研究入口" ], "final_source": { "source_id": "ASD-BOOK-ddbade997b45", "chapter": "第五章", "reference": "第五章 §6 式（5.6.1）—（5.6.30）", "locators": [ "p2222", "p2232", "p2235", "p2244", "p2254", "p2262", "p2281", "p2300" ], "adopted_scope": "已得结果、继续研究任务与下一份交付；保留原问题 ID、优先级及状态。", "conditions": [ "互易变分、能量下界和径向驻点是不同的已得结果；它们都不单独完成粒子谱、非径向稳定性或全部测量响应。" ], "unresolved": [], 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"missing_result": "给出 $c_L=c_T=c$ 的必要／充分条件、稳定参数域和保护机制；若不能保证等速，给出可检验的偏差及适用尺度。", "deliverable": "给出 $c_L=c_T=c$ 的必要／充分条件、稳定参数域和保护机制；若不能保证等速，给出可检验的偏差及适用尺度。", "current_state": "当前共同真空速度是一项有效本构匹配。双场候选中的有序幅度反馈可改变纵向低波数速度，而横向支保持裸速度。" }, "en": "OP-SD-002 · Equal Propagation Speed Condition", "status": "OPEN", "evidence": "UNTESTED", "used_by": [], "source_file": "open-problems/space-dynamics/equal-speed.mdx", "document_purpose": "research-task", "document_purpose_label": "开放研究任务", "canonical_identity_label": "否 · 研究笔记", "scientific_status_applicable": true }, { "id": "OP-SD-005", "path": "/open-problems/space-dynamics/longitudinal-wave-detection", "title": "OP-SD-005 · 自由纵向空间波的探测", "category": "空间动力学", "summary": "自由纵向场已有有源波方程与能流表达，但本模块尚无被确认为自由纵向空间波的探测结果。静态引力、伴随结构与中微子候选分别处理。", "template": "problem", "version": "1.0.0", "updated": "2026-09-15", "canonical": false, "source_tier": "research-notes", "locale": "zh", "module_key": "space-dynamics-research", "module_navigation": [ { "path": 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"label": "实验矩阵", "en": "Tests" } ], "canonical_scope": "连续场基础；按具体结论标注状态", "source_chapter": "Chapter 4 / 第四章 · Chapter 5 / 第五章", "source_reference": "Ch. 4 §4.1; Ch. 5 §§4, 6", "source_version": "SD-51779505a476", "source_sha256": "51779505a4766d2211550c6598875bbbab0c3dac14d68dd3f2107778b05deb0b", "source_kind": "manifest", "source_records": [ { "id": "CH4-9587f3c44d39", "title": "第四章-ASD空间本体论-出版整理稿.docx", "sha256": "9587f3c44d3974f44e387ed03d92691fa5473a90d7b1c9c989155adf0622849a", "format": "docx" }, { "id": "CH5-ca737ec4e327", "title": "第五章-出版整理稿.docx", "sha256": "ca737ec4e327d72c5507bbc8e00295b6e56029c7583ebad8e505cdb9c68c6262", "format": "docx" } ], "source_manifest": "space-dynamics-source-manifest.json", "source_manifest_url": "/downloads/ASD_Space_Dynamics_Source_Manifest.json", "last_reviewed": "2026-09-15", "depends_on": [ "/theory/space-dynamics/longitudinal-waves" ], "related": [ "/theory/space-dynamics" ], "open_problems": [ "/open-problems/space-dynamics/unified-dynamics", "/open-problems/space-dynamics/equal-speed", "/open-problems/space-dynamics/stable-topology", "/open-problems/space-dynamics/continuum-microscopic", "/open-problems/space-dynamics/source-coupling" ], "equations": [ "sd-density-wave", "sd-energy-flux" ], "sources": [ { "label": "CH4-9587f3c44d39 · 第四章-ASD空间本体论-出版整理稿.docx", "kind": "supplied-manuscript" }, { "label": "CH5-ca737ec4e327 · 第五章-出版整理稿.docx", "kind": "supplied-manuscript" } ], "outline": [ "已有基础", "需要完成的工作", "可审查的交付物", "边界与依赖" ], "seo_title": "OP-SD-005 · 自由纵向空间波的探测 | 各向异性空间动力学", "canonical_url": "https://asd-physics.org/open-problems/space-dynamics/longitudinal-wave-detection", "translation_path": "/en/open-problems/space-dynamics/longitudinal-wave-detection", "mathematical_review": "INCOMPLETE", "evidence_note": "约束、一致性和提案分别记录；本轮未新增实验拟合。", "equation": "sd-density-wave", "problem": { "expertise": [ "Precision measurement", "Source and detector modelling" ], "difficulty": "Open research", "missing_result": "一个带源—传播—接收传递函数、噪声预算、参考消除检验和数据分析规则的实验提案，明确何种结果区分或约束模型。", "deliverable": "一个带源—传播—接收传递函数、噪声预算、参考消除检验和数据分析规则的实验提案，明确何种结果区分或约束模型。", "current_state": "自由纵向场已有有源波方程与能流表达，但本模块尚无被确认为自由纵向空间波的探测结果。静态引力、伴随结构与中微子候选分别处理。" }, "en": "OP-SD-005 · Longitudinal-Wave Detection", "status": "OPEN", "evidence": "UNTESTED", "used_by": [], "source_file": "open-problems/space-dynamics/longitudinal-wave-detection.mdx", "document_purpose": "research-task", "document_purpose_label": "开放研究任务", "canonical_identity_label": "否 · 研究笔记", "scientific_status_applicable": true }, { "id": "OP-SD-006", "path": "/open-problems/space-dynamics/source-coupling", "title": "OP-SD-006 · 物质结构与引力源耦合", "category": "空间动力学", "summary": "局部 $sF$ 候选在光滑全空间及零远边界下给出与核同域的密度响应；独立拉伸候选允许 $1/r$ 远场，但源泛函尚未从稳定物质核求得。", "template": "problem", "version": "1.0.0", "updated": "2026-09-16", "canonical": false, "source_tier": "research-notes", "locale": "zh", "module_key": "space-dynamics-research", "module_navigation": [ { 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"/open-problems/matter/mass-generation" ], "open_problems": [ "/open-problems/space-dynamics/unified-dynamics", "/open-problems/space-dynamics/equal-speed", "/open-problems/space-dynamics/stable-topology", "/open-problems/space-dynamics/continuum-microscopic", "/open-problems/space-dynamics/longitudinal-wave-detection" ], "equations": [ "sd-static-density", "sd-stretch-farfield", "sd-mass-match" ], "sources": [ { "label": "CH4-9587f3c44d39 · 第四章-ASD空间本体论-出版整理稿.docx", "kind": "supplied-manuscript" }, { "label": "CH5-ca737ec4e327 · 第五章-出版整理稿.docx", "kind": "supplied-manuscript" } ], "outline": [ "已有基础", "需要完成的工作", "可审查的交付物", "边界与依赖", "Matter 研究衔接" ], "seo_title": "OP-SD-006 · 物质结构与引力源耦合 | 各向异性空间动力学", "canonical_url": "https://asd-physics.org/open-problems/space-dynamics/source-coupling", "translation_path": "/en/open-problems/space-dynamics/source-coupling", "mathematical_review": "INCOMPLETE", "evidence_note": "约束、一致性和提案分别记录；本轮未新增实验拟合。", "equation": "sd-static-density", "problem": { "expertise": [ "Field sources", "Nonlinear solutions", "Gravitational limits" ], "difficulty": "Open research", "missing_result": "稳定物质核到正确引力远场的完整解链；从同一解计算能量、主动／被动引力质量与惯性，并说明系数如何由独立输入确定。", "deliverable": "稳定物质核到正确引力远场的完整解链；从同一解计算能量、主动／被动引力质量与惯性，并说明系数如何由独立输入确定。", "current_state": "局部 $sF$ 候选在光滑全空间及零远边界下给出与核同域的密度响应；独立拉伸候选允许 $1/r$ 远场，但源泛函尚未从稳定物质核求得。" }, "en": "OP-SD-006 · Source Coupling", "status": "OPEN", "evidence": "UNTESTED", "used_by": [], "source_file": "open-problems/space-dynamics/source-coupling.mdx", "document_purpose": "research-task", "document_purpose_label": "开放研究任务", "canonical_identity_label": "否 · 研究笔记", "scientific_status_applicable": true }, { "id": "OP-SD-003", "path": "/open-problems/space-dynamics/stable-topology", "title": "OP-SD-003 · 稳定非线性拓扑", "category": "空间动力学", "summary": "正二阶梯度能、正四阶梯度能与非负体势的尺度竞争已经给出唯一正驻点 R_*，其径向二阶导数为正。四阶项抵抗整体收缩的机制已有解析表达；第四章与第五章的缩放参数互为倒数，幂次须按各自定义比较。", "template": "problem", "version": "1.0.0", "updated": "2026-10-24", "canonical": false, 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(2022), Nature Physics 18, 1436–1440", "url": "https://www.nature.com/articles/s41567-022-01767-w", "kind": "external-reference" } ], "outline": [ "检验如何进入模块 · Evidence Scope", "电磁实验总表 · Experimental Matrix", "每项结论的适用条件 · Individual Records", "从计算到证据 · Comparison Protocol", "复核与来源 · Review" ], "seo_title": "电磁实验矩阵 | 各向异性空间动力学", "canonical_url": "https://asd-physics.org/tests/electromagnetism", "translation_path": "/en/tests/electromagnetism", "mathematical_review": "OPEN REVIEW", "review_path": "/tests/electromagnetism#review-notes", "review_note": "推导以前文列明的构成输入与适用域为条件；正式来源状态与实验证实分别记录。", "evidence_note": "证据按电磁实验矩阵逐项记录；本轮未新增实验拟合。", "experiments": [ { "id": "em-test-parallel-moving-charges", "name": "平行运动电荷", "category": "REINTERPRETED", "observed": "本轮没有新的两电荷实验数据或装置响应拟合。", "asd": "LVE 与真值逆平方律给出 FT/F₀=1−β²，磁差额为 −β²F₀。", "established": "同速横向标准实验室总力为 F₀/γ；低速磁项主系数相同。", "numerical_difference": "不同定义的总力存在标度差；Fr=F₀/γ 数值相同，尚须统一读数。", "interpretation_difference": "从真值空间作用进入横向场表示。", "distinguishes": "未定；低速磁项相同不自动说明总力退化或区分。", "current_status": "构型内数学推导完成；观测映射开放。", "evidence_status": "UNTESTED", "required_precision": "待装置、背景速度和读数映射确定；不指定未计算的阈值。", "source_reference": "Chapter 3 / 第三章 · §I.1–4; (3.3)–(3.10)" }, { "id": "em-test-current-current-force", "name": "电流—电流作用", "category": "REPRODUCED", "observed": "采用已知长直稳恒导线规律作为比较目标；本站未做新的实验复现。", "asd": "所选有效源与耦合得到 F/L=μ₀I₁I₂/(2πd)。", "established": "同向电流吸引、反向排斥，长导线极限有同一公式。", "numerical_difference": "该有效模型及条件内无数值差值。", "interpretation_difference": "从真值空间作用进入横向场表示。", "distinguishes": "此处不能区分；微观两组分推导是另一个闭合任务。", "current_status": "有效模型内数学再现；微观粗粒化仍需推进。", "evidence_status": "CONSISTENT", "required_precision": "当前无非零 ASD 差值目标；不得为零差值指定区分精度。", "source_reference": "Chapter 3 / 第三章 · §IV.1–2; (3.26)–(3.31)" }, { "id": "em-test-moving-charge-field", "name": "高速运动电荷场", "category": "POTENTIALLY DISCRIMINATING", "observed": "Ota 等已发表时空电场的电光采样；本站尚未导入原始观测序列。", "asd": "已核对两种候选重建与通量；高速源和晶体响应映射未完成。", "established": "论文提供标准推迟势与束团/探测条件下的比较。", "numerical_difference": "没有已闭合的 ASD 定量差值。", "interpretation_difference": "从真值空间作用进入横向场表示。", "distinguishes": "潜在方向；不是当前验证。", "current_status": "CASE STUDY — OPEN；完整比较待计算。", "evidence_status": "UNTESTED", "required_precision": "由实际响应函数、束流与标定不确定度决定。", "source_reference": "Chapter 3 / 第三章 · §II.4, §VIII.3; Ota et al. (2022), DOI 10.1038/s41567-022-01767-w" }, { "id": "em-test-synchrotron-orbit", "name": "同步加速器轨道", "category": "POTENTIALLY DISCRIMINATING", "observed": "轨迹曲率、磁场标定与束流动量是拟比较量；未选择新的实测数据集。", "asd": "第二章提供机械动量；第三章要求接入同一源场、响应与坐标关系。", "established": "在指定横向磁场、忽略辐射损失的圆轨道近似中 p=|q|BR。", "numerical_difference": "未导出非退化差值；不引入额外 γ 因子作为既成修正。", "interpretation_difference": "从真值空间作用进入横向场表示。", "distinguishes": "待计算；不能由运动学尺度单独判定。", "current_status": "EVALUATE；轨道装置模型尚未闭合。", "evidence_status": "UNTESTED", "required_precision": "待源场、轨迹、动量和辐射处理相容后计算。", "source_reference": "Chapter 3 / 第三章 · §I.3, §III, §VIII.3; Chapter 2 momentum" }, { "id": "em-test-directional-electrostatics", "name": "方向静电实验", "category": "POTENTIALLY DISCRIMINATING", "observed": "研究提案，暂无本模块测量数据。", "asd": "检验一般方向的空间作用是否留下装置读数残差；不是已定标的预测。", "established": "需为同一屏蔽、接地、机械和源配置计算标准预期；不预设任意实际装置为零。", "numerical_difference": "幅度、方向和背景速度关系尚未确定。", "interpretation_difference": "从真值空间作用进入横向场表示。", "distinguishes": "只有得到非零且可测的同装置差值后才能判断。", "current_status": "PROPOSED；不列为已完成的 canonical prediction。", "evidence_status": "UNTESTED", "required_precision": "待信号模型和噪声预算确定。", "source_reference": "Chapter 3 / 第三章 · §VIII.3; linked research proposal" } ], "en": "Electromagnetism Experimental Matrix", "status": "EFFECTIVE MODEL", "evidence": "UNTESTED", "used_by": [ "/open-problems/electromagnetism/high-gamma-discriminator" ], "source_file": "tests/electromagnetism.mdx", "document_purpose": "experimental", "document_purpose_label": "实验登记与比较计划", "canonical_identity_label": "是 · 正式理论基线", "scientific_status_applicable": true }, { "path": "/tests/experimental-proposals", "title": "实验提案与误差预算", "category": "实验与检验", "summary": "让一个物理想法成为可实施的实验，需要明确的观测响应与误差预算。", "related": [ "/collaborate/projects", "/research/data", "/tests/discriminating-tests" ], "id": "ASD-DOC-TESTS-EXPERIMENTAL-PROPOSALS", "template": "document", "version": "1.1", "updated": "2026-09-12", "canonical": false, "source_tier": "website-guide", "depends_on": [], "open_problems": [], "equations": [], "sources": [ { "label": "ASD 建站蓝图与页面模板（用户提供）", "kind": "supplied-blueprint" } ], "locale": "zh", "translation_path": "/en/tests/experimental-proposals", "en": "Experimental Proposals", "status": "OPEN", "evidence": "UNTESTED", "used_by": [], "source_file": "tests/experimental-proposals.mdx", "document_purpose": "experimental", "document_purpose_label": "实验登记与比较计划", "canonical_identity_label": "否 · 网站导读", "scientific_status_applicable": true }, { "id": "ASD-EXP-TESTS-FALSIFICATION", "path": "/tests/falsification", "title": "分层证伪与影响范围", "category": "实验研究计划", "summary": "把装置映射、本构假设、连续理论与微观候选分开，声明每次排除影响哪些主张。", "template": "test", "version": "1.0.0", "updated": "2026-09-22", "date_published": "2026-09-22", "canonical": false, "source_tier": "published", "locale": "zh", "module_key": "experimental-program", "module_navigation": [ { "path": "/tests", "label": "实验计划", "en": "Program" }, { "path": "/tests/predictions", "label": "预测登记", "en": "Registry" }, { "path": "/tests/falsification", "label": "证伪范围", "en": "Falsification" }, { "path": "/tests/priority-experiments", "label": "优先实验", "en": "Priorities" }, { "path": "/tests/reproducibility", "label": "复现标准", "en": "Reproducibility" } ], "canonical_scope": "实验研究计划；不新增正式物理结论", "source_chapter": "Existing canonical module snapshots / 现有正式模块快照", "source_reference": "Predictions & Falsification v1.0 · review 2026-09-22", "source_version": "EXP-7ca61744dcd2", "source_sha256": "7ca61744dcd2129e7fcd6902223c71166f3ededeb84b599d544cb20dba88130a", "source_kind": "manifest", "source_manifest": "predictions-source-manifest.json", "source_manifest_url": "/downloads/ASD_Predictions_Source_Manifest.json", "last_reviewed": "2026-09-22", "depends_on": [], "related": [ "/tests", "/tests/predictions", "/tests/priority-experiments", "/tests/reproducibility" ], "open_problems": [], "equations": [], "sources": [ { "label": "Predictions source and scope manifest", "kind": "research-program", "url": "/downloads/ASD_Predictions_Source_Manifest.json" }, { "label": "Ota et al. (2022), Nature Physics 18, 1436–1440", "url": "https://www.nature.com/articles/s41567-022-01767-w", "kind": "external-reference" }, { "label": "PDG (2024), Cosmic Rays review", "url": "https://pdg.lbl.gov/2024/reviews/rpp2024-rev-cosmic-rays.pdf", "kind": "external-reference" }, { "label": "Wolf et al. (2006), Cold Atom Clock Test of Lorentz Invariance in the Matter Sector", "url": "https://arxiv.org/abs/hep-ph/0601024", "kind": "external-reference" }, { "label": "BACON Collaboration (2021), optical frequency ratio network", "url": "https://www.nist.gov/publications/frequency-ratio-measurements-18-digit-accuracy-using-network-optical-clocks", "kind": "external-reference" } ], "outline": [ "预先固定什么", "空结果怎样限制模型", "不同层级的失败", "发布正结果、空结果与失败记录" ], "seo_title": "分层证伪与影响范围 | ASD Predictions & Falsification v1.0", "canonical_url": "https://asd-physics.org/tests/falsification", "translation_path": "/en/tests/falsification", "mathematical_review": "INCOMPLETE", "evidence_note": "尚无闭合定量判别预测；工作台为规划或比较模型。", "en": "Falsification Tree and Scope", "status": "OPEN", "evidence": "UNTESTED", "used_by": [], "source_file": "tests/falsification.mdx", "document_purpose": "experimental", "document_purpose_label": "实验登记与比较计划", "canonical_identity_label": "否 · 公开网站资料", "scientific_status_applicable": true }, { "id": "ASD-GRV-GRAVITY", "path": "/tests/gravity", "title": "引力实验关系与检验矩阵", "category": "引力与空间尺度", "summary": "逐项区分结果再现、物理重解释与尚待建立的区分检验。", "template": "theory", "version": "1.0.0", "updated": "2026-09-14", "canonical": true, "source_tier": "canonical", "locale": "zh", "module_key": "gravity", "module_navigation": [ { "path": "/theory/gravity", "label": "引力总览", "en": "Overview" }, { "path": "/theory/gravity/gravitational-redshift", "label": "引力红移", "en": "Redshift" }, { "path": "/theory/gravity/light-deflection", "label": "光线偏折", "en": "Deflection" }, { "path": "/theory/gravity/shapiro-delay", "label": "传播延迟", "en": "Shapiro delay" }, { "path": "/theory/gravity/orbital-dynamics", "label": "轨道动力学", "en": "Orbits" }, { "path": "/theory/gravity/compact-objects", "label": "致密天体", "en": "Compact objects" }, { "path": "/tests/gravity", "label": "实验矩阵", "en": "Tests" } ], "canonical_scope": "第二章 · 宏观构成理论", "source_chapter": "第二章 空间静态各向异性", "source_reference": "Chapter 2 / 第二章 §§I, IV–V, pp. 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"/theory/gravity", "/theory/gravity/gravitational-redshift", "/theory/gravity/light-deflection", "/theory/gravity/shapiro-delay", "/theory/gravity/orbital-dynamics", "/theory/gravity/compact-objects" ], "open_problems": [ "/open-problems/gravity/strong-field-closure", "/open-problems/gravity/orbital-discriminator", "/open-problems/gravity/rotating-background", "/open-problems/gravity/source-coupling" ], "equations": [ "grv-frequency-ratio", "grv-deflection", "grv-delay-distance", "grv-precession", "grv-photon-sphere", "grv-shadow" ], "sources": [ { "label": "CH2-f9598318d123 · 第二章-ASD理论-修订书稿 (2).pdf", "kind": "supplied-final-manuscript" }, { "label": "Bothwell et al., Nature 602, 420–424 (2022)", "url": "https://www.nature.com/articles/s41586-021-04349-7", "kind": "external-reference" }, { "label": "Will (2014), The Confrontation between General Relativity and Experiment", "url": "https://arxiv.org/abs/1403.7377", "kind": "external-reference" }, { "label": "NASA/JPL · Astrodynamic Parameters", "url": "https://ssd.jpl.nasa.gov/astro_par.html", "kind": "external-reference" }, { "label": "IAU 2015 Resolution B3", "url": "https://arxiv.org/abs/1510.07674", "kind": "external-reference" }, { "label": "NASA/JPL · Cassini radio-science experiment (2003)", "url": "https://www.jpl.nasa.gov/news/saturn-bound-spacecraft-tests-einsteins-theory/", "kind": "external-reference" } ], "outline": [ "如何阅读实验矩阵 · Reading the Matrix", "Gravity Tests Matrix", "REPRODUCED · 结果再现", "REINTERPRETED · 同一观测的物理构建", "POTENTIALLY DISCRIMINATING · 待建立的区分检验", "数据、范围与来源 · Data and Sources" ], "seo_title": "引力实验关系与检验矩阵 | 各向异性空间动力学", "canonical_url": "https://asd-physics.org/tests/gravity", "translation_path": "/en/tests/gravity", "mathematical_review": "CONDITIONAL", "review_path": "/theory/gravity#review-notes", "review_note": "结果以尺度、路径及耦合构成输入为条件；数学结果再现与微观闭合分别记录。", "evidence_note": "证据按实验矩阵逐项记录；Canonical 表示正式来源，不等同于实验已证明。", "experiments": [ { "id": "GRV-EXP-001", "name": "静态原子钟高度频移", "category": "REINTERPRETED", "observed": "Bothwell 等报告毫米尺度锶样品中的引力频率梯度。", "asd": "由 Ω 与标准过程响应得到 Δf/f = ΔΨ/c²。", "established": "同一弱场静态钟比值。", "numerical_difference": "NO — 当前阶数相同。", "interpretation_difference": "YES — 空间／波长响应与固有时构建不同。", "distinguishes": "NO — 同一频率比不选择物理本体。", "current_status": "宏观关系一致；未重新拟合原始数据，微观原子耦合未闭合。", "required_precision": "本页无独立差值，不给区分精度。", "source_reference": "Chapter 2 §I, (2.2a); Bothwell et al. (2022)", "evidence_status": "CONSISTENT" }, { "id": "GRV-EXP-002", "name": "弱场光线偏折", "category": "REPRODUCED", "observed": "光线偏折为标准引力观测量；本章以太阳掠射计算给出约 1.75 角秒。", "asd": "完整光程梯度积分给 4G₀M/(c²b)。", "established": "同一远端点和弱场精度下给相同值。", "numerical_difference": "NO — 同阶相同。", "interpretation_difference": "YES — 空间拉伸与相位寻径。", "distinguishes": "NO — weak field.", "current_status": "解析式与书稿数值复算；没有新的射电或光学数据拟合。", "required_precision": "未定义非零模型差值，不指定精度门槛。", "source_reference": "Chapter 2 §IV.5, (2.43)–(2.50); JPL / IAU; Will (2014)", "evidence_status": "CONSISTENT" }, { "id": "GRV-EXP-003", "name": "Shapiro / Cassini 链路", "category": "REPRODUCED", "observed": "Cassini 近太阳无线电链路记录频率及往返光行时变化。", "asd": "一程对数项系数 2G₀M/c³，静态往返约为两倍。", "established": "对齐端点及阶数后给相同一阶延迟。", "numerical_difference": "NO — 本页静态近似下相同。", "interpretation_difference": "YES — 完整参考光程的空间积累。", "distinguishes": "NO — at this order.", "current_status": "解析对数项再现；未用静态示例替代 Cassini 的轨道、等离子体和钟模型。", "required_precision": "真实实验需链路误差预算；尚无独有差值精度。", "source_reference": "Chapter 2 §IV.6, (2.51)–(2.58); NASA/JPL Cassini (2003)", "evidence_status": "CONSISTENT" }, { "id": "GRV-EXP-004", "name": "水星中心场近日点进动", "category": "REPRODUCED", "observed": "水星轨道检验含中心场相对论性进动贡献；完整观测还含其他摄动。", "asd": "式（2.42）按书稿参数得约 0.1035 角秒／周、43.0 角秒／儒略世纪。", "established": "相同中心场、参数与一阶精度给相同值。", "numerical_difference": "NO — 同一模型与阶数。", "interpretation_difference": "YES — 空间长度与惯性作用量构建。", "distinguishes": "NO — 当前静态球对称作用量同形。", "current_status": "中心场计算复算；未提供独立星历拟合。", "required_precision": "须先得到不能被质量、距离或轨道参数吸收的差值。", "source_reference": "Chapter 2 §IV.1–3, (2.25)–(2.42); JPL; Will (2014)", "evidence_status": "CONSISTENT" }, { "id": "GRV-EXP-005", "name": "静态光子球与临界阴影尺度", "category": "REPRODUCED", "observed": "本模块没有发布实际阴影图像或亮环拟合数据。", "asd": "给定静态外部律得 r_ph = 3ℓ_g，b_c = 3√3ℓ_g；捕获另需吸收边界。", "established": "Schwarzschild 静态光学给相同临界尺度。", "numerical_difference": "NO — 给定静态外部光程下相同。", "interpretation_difference": "YES — 边界终止为另行声明的本体假说。", "distinguishes": "NO — 这两个尺度本身；其他边界响应未定。", "current_status": "条件性数学结果；发射、转移和仪器模型未完成。", "required_precision": "未建立实际图像差值及误差预算。", "source_reference": "Chapter 2 §V.1–3, (2.59)–(2.71)", "evidence_status": "UNTESTED" }, { "id": "GRV-EXP-006", "name": "高阶、边界及旋转的非退化观测量", "category": "POTENTIALLY DISCRIMINATING", "observed": "尚无本模块发布的独立差值或对应验证数据。", "asd": "先由母方程或边界／旋转动力学确定新的响应，再计算共同装置读数。", "established": "以相同质量、距离、源结构、端点与阶数计算基线。", "numerical_difference": "TBD — 不能由“二阶”或“强场”标签推定。", "interpretation_difference": "可能；必须明确新增构成和过程响应。", "distinguishes": "POTENTIALLY / PROPOSED TEST — 尚未证明存在可区分量。", "current_status": "开放研究任务；当前静态作用量及光程的高阶展开仍可同形。", "required_precision": "TBD — 差值模型与参数退化分析完成后确定。", "source_reference": "Chapter 2 §IV conclusion, §V.4–8; OP-GRV-001–004", "evidence_status": "UNTESTED" } ], "en": "Gravity · Experimental Relations and Tests", "status": "EFFECTIVE MODEL", "evidence": "UNTESTED", "used_by": [], "source_file": "tests/gravity.mdx", "document_purpose": "experimental", "document_purpose_label": "实验登记与比较计划", "canonical_identity_label": "是 · 正式理论基线", "scientific_status_applicable": true }, { "id": "ASD-MAT-TESTS-MATTER", "path": "/tests/matter", "title": "物质：现象学验收要求", "category": "物质与拓扑", "summary": "十一项观测要求逐条记录：ASD 必须复现什么、已做什么、是否独立推导、能否区分。", "template": "test", "version": "1.0.0", "updated": "2026-09-16", "canonical": true, "source_tier": "canonical", "locale": "zh", "module_key": "matter-research", "module_navigation": [ { "path": "/theory/matter", "label": "总览", "en": "Overview" }, { "path": "/theory/matter/localization", "label": "局域化", "en": "Localization" }, { "path": "/theory/matter/topological-matter", "label": "拓扑物质", "en": "Topology" }, { "path": "/theory/matter/stability", "label": "稳定性", "en": "Stability" }, { "path": "/theory/matter/mass", "label": "质量", "en": "Mass" }, { "path": "/theory/matter/charge", "label": "电荷", "en": "Charge" }, { "path": "/theory/matter/spin", "label": "自旋", "en": "Spin" }, { "path": "/theory/matter/electron", "label": "电子候选", "en": "Electron" }, { "path": "/theory/matter/proton", "label": "质子候选", "en": "Proton" }, { "path": "/theory/matter/antimatter", "label": "反物质", "en": "Antimatter" }, { "path": "/theory/matter/creation", "label": "创生", "en": "Creation" }, { "path": "/theory/matter/annihilation", "label": "湮灭", "en": "Annihilation" }, { "path": "/tests/matter", "label": "现象学要求", "en": "Requirements" } ], "canonical_scope": "正式研究框架；粒子理论尚未闭合", "source_chapter": "Chapter 4 / 第四章 · Chapter 5 / 第五章", "source_reference": "Ch. 4 §§4.2, 4.4; external references separately identified", "source_version": "MAT-d1034a344d58", "source_sha256": "d1034a344d5830113b6599e6941ee0d1a6d22872f18c593eccf87cf21ccf2a7e", "source_kind": "manifest", "source_records": [ { "id": "CH4-9587f3c44d39", "title": "第四章-ASD空间本体论-出版整理稿.docx", "sha256": "9587f3c44d3974f44e387ed03d92691fa5473a90d7b1c9c989155adf0622849a", "format": "docx" }, { "id": "CH5-ca737ec4e327", "title": "第五章-出版整理稿.docx", "sha256": "ca737ec4e327d72c5507bbc8e00295b6e56029c7583ebad8e505cdb9c68c6262", "format": "docx" } ], "source_manifest": "matter-source-manifest.json", "source_manifest_url": "/downloads/ASD_Matter_Source_Manifest.json", "last_reviewed": "2026-09-16", "depends_on": [ "/theory/matter/electron", "/theory/matter/proton", "/theory/matter/creation", "/theory/matter/annihilation" ], "related": [ "/theory/matter" ], "open_problems": [ "/open-problems/matter/electron-solution", "/open-problems/matter/mass-generation", "/open-problems/matter/spin-statistics", "/open-problems/matter/proton-structure", "/open-problems/matter/mass-spectrum", "/open-problems/matter/creation-annihilation" ], "equations": [], "sources": [ { "label": "CH4-9587f3c44d39 · 第四章-ASD空间本体论-出版整理稿.docx", "kind": "supplied-manuscript" }, { "label": "CH5-ca737ec4e327 · 第五章-出版整理稿.docx", "kind": "supplied-manuscript" }, { "label": "CODATA 2022 · NIST", "url": "https://physics.nist.gov/cuu/pdf/wallet_2022.pdf", "kind": "external-reference" }, { "label": "PDG 2025 · Electron", "url": "https://pdg.lbl.gov/2025/listings/rpp2025-list-electron.pdf", "kind": "external-reference" }, { "label": "Fan et al. · Electron magnetic moment (2023)", "url": "https://arxiv.org/abs/2209.13084", "kind": "external-reference" }, { "label": "OPAL · Photon-pair measurements at LEP", "url": "https://www.weizmann.ac.il/particle/gross/publications", "kind": "external-reference" }, { "label": "CODATA 2022 full adjustment · NIST", "url": "https://physics.nist.gov/cuu/pdf/JPCRD2022CODATA.pdf", "kind": "external-reference" }, { "label": "Burke et al. · Multiphoton pair production (1997)", "url": "https://link.aps.org/doi/10.1103/PhysRevLett.79.1626", "kind": "external-reference" }, { "label": "Jinnouchi, Asai & Kobayashi · Positronium decay (2003)", "url": "https://arxiv.org/abs/hep-ex/0308030", "kind": "external-reference" } ], "outline": [ "这是验收要求，不是 ASD 确认清单", "电子性质", "质子性质", "反粒子与反应", "怎样把一项要求变成检验" ], "seo_title": "物质：现象学验收要求 | 各向异性空间动力学", "canonical_url": "https://asd-physics.org/tests/matter", "translation_path": "/en/tests/matter", "mathematical_review": "INCOMPLETE", "evidence_note": "NOT YET UNIQUELY TESTED · 已知粒子性质是验收要求，不是候选拓扑的验证。", "experiments": [ { "id": "mat-electron-mass", "name": "电子静止质量", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "CODATA 2022：9.1093837139(28) × 10⁻³¹ kg。", "asd": "完整构型的静止能量、平移惯性及引力响应；列清校准参数。", "established": "外部实验与既有理论作为比较基准，不作为 ASD 隐藏前提。", "numerical_difference": "尚无独立差值计算。", "interpretation_difference": "候选本体解释；仍需定量响应。", "distinguishes": "目前没有独立的可区分预测；需先给观测量、差值和不确定度。", "current_status": "已有能量与集体惯性框架；没有独立数值质量。", "independent_derivation": "没有；用 me 固定尺度属于输入。", "evidence_status": "UNTESTED", "required_precision": "按引用的观测定义与误差比较；尚未得到 ASD 差值对应的所需精度。", "source_reference": "CODATA 2022 · NIST" }, { "id": "mat-electron-charge", "name": "电子电荷", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "电子电荷取 −e；SI 中 e = 1.602176634 × 10⁻¹⁹ C 为精确定义值。", "asd": "整数拓扑到可测电流与远场通量的映射，并说明耦合归一化。", "established": "外部实验与既有理论作为比较基准，不作为 ASD 隐藏前提。", "numerical_difference": "尚无独立差值计算。", "interpretation_difference": "候选本体解释；仍需定量响应。", "distinguishes": "目前没有独立的可区分预测；需先给观测量、差值和不确定度。", "current_status": "有候选识别和条件性守恒；单位定义不验证机制。", "independent_derivation": "部分条件结果；物理识别与耦合仍为输入。", "evidence_status": "UNTESTED", "required_precision": "按引用的观测定义与误差比较；尚未得到 ASD 差值对应的所需精度。", "source_reference": "CODATA 2022 · NIST" }, { "id": "mat-electron-spin", "name": "电子自旋与统计", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "PDG 2025 电子列表：J = 1/2。交换统计也是粒子理论必须满足的要求。", "asd": "完整构型空间的旋转／交换路径与量子化，选出实际基态。", "established": "外部实验与既有理论作为比较基准，不作为 ASD 隐藏前提。", "numerical_difference": "尚无独立差值计算。", "interpretation_difference": "候选本体解释；仍需定量响应。", "distinguishes": "目前没有独立的可区分预测；需先给观测量、差值和不确定度。", "current_status": "SU(2) 与 FR 候选路线；未闭合自旋和统计联合推导。", "independent_derivation": "没有；双覆盖本身不足。", "evidence_status": "UNTESTED", "required_precision": "按引用的观测定义与误差比较；尚未得到 ASD 差值对应的所需精度。", "source_reference": "PDG 2025 · Electron" }, { "id": "mat-electron-moment", "name": "电子异常磁矩", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "Fan 等（2023）：g/2 = 1.00115965218059(13)，此处 g 取正的大小约定。", "asd": "由同一旋转带电构型算 g 及 ae = (g−2)/2，给出高阶与误差控制。", "established": "外部实验与既有理论作为比较基准，不作为 ASD 隐藏前提。", "numerical_difference": "尚无独立差值计算。", "interpretation_difference": "候选本体解释；仍需定量响应。", "distinguishes": "目前没有独立的可区分预测；需先给观测量、差值和不确定度。", "current_status": "未得到电流、角动量和量子修正的闭合计算。", "independent_derivation": "没有；不得把 Dirac 或 QED 输出当作 ASD 结果。", "evidence_status": "UNTESTED", "required_precision": "按引用的观测定义与误差比较；尚未得到 ASD 差值对应的所需精度。", "source_reference": "Fan et al. · Electron magnetic moment (2023)" }, { "id": "mat-electron-scattering", "name": "电子散射尺度", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "OPAL 的 LEP 双光子测量与 QED 相符，并在指定修正模型中限制新尺度；不是几何半径的直接测量。", "asd": "探针耦合、散射振幅或形状因子随动量转移的变化；注明模型和置信区间。", "established": "外部实验与既有理论作为比较基准，不作为 ASD 隐藏前提。", "numerical_difference": "尚无独立差值计算。", "interpretation_difference": "候选本体解释；仍需定量响应。", "distinguishes": "目前没有独立的可区分预测；需先给观测量、差值和不确定度。", "current_status": "缺少可散射的稳定 ASD 电子解；不把康普顿波长当作实测大小。", "independent_derivation": "没有独立 ASD 形状因子。", "evidence_status": "UNTESTED", "required_precision": "按引用的观测定义与误差比较；尚未得到 ASD 差值对应的所需精度。", "source_reference": "OPAL · Photon-pair measurements at LEP" }, { "id": "mat-proton-mass", "name": "质子静止质量", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "CODATA 2022：1.67262192595(52) × 10⁻²⁷ kg；mp/me = 1836.152673426(32)。", "asd": "共享本构参数下的质子与电子完整能量及质量比。", "established": "外部实验与既有理论作为比较基准，不作为 ASD 隐藏前提。", "numerical_difference": "尚无独立差值计算。", "interpretation_difference": "候选本体解释；仍需定量响应。", "distinguishes": "目前没有独立的可区分预测；需先给观测量、差值和不确定度。", "current_status": "6π 是内部绕转候选；未输出质量谱。", "independent_derivation": "没有；分别拟合两个质量不预测质量比。", "evidence_status": "UNTESTED", "required_precision": "按引用的观测定义与误差比较；尚未得到 ASD 差值对应的所需精度。", "source_reference": "CODATA 2022 · NIST" }, { "id": "mat-proton-moment", "name": "质子磁矩", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "CODATA 2022：μp/μN = 2.79284734463(82)。", "asd": "同一质子解的内部电流、角动量和外磁场响应。", "established": "外部实验与既有理论作为比较基准，不作为 ASD 隐藏前提。", "numerical_difference": "尚无独立差值计算。", "interpretation_difference": "候选本体解释；仍需定量响应。", "distinguishes": "目前没有独立的可区分预测；需先给观测量、差值和不确定度。", "current_status": "三通道电荷投影尚不是磁矩计算。", "independent_derivation": "没有独立 ASD 数值。", "evidence_status": "UNTESTED", "required_precision": "按引用的观测定义与误差比较；尚未得到 ASD 差值对应的所需精度。", "source_reference": "CODATA 2022 full adjustment · NIST" }, { "id": "mat-proton-radius", "name": "质子电荷半径", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "CODATA 2022 调整值：rp = 0.84075(64) fm；不同数据子集存在差异，需保留提取方法。", "asd": "与实验相同定义的电荷响应和形状因子斜率；比较提取假设。", "established": "外部实验与既有理论作为比较基准，不作为 ASD 隐藏前提。", "numerical_difference": "尚无独立差值计算。", "interpretation_difference": "候选本体解释；仍需定量响应。", "distinguishes": "目前没有独立的可区分预测；需先给观测量、差值和不确定度。", "current_status": "没有稳定核与探针的联合解；三叶图外形不定义电荷半径。", "independent_derivation": "没有；以半径定参数属于拟合。", "evidence_status": "UNTESTED", "required_precision": "按引用的观测定义与误差比较；尚未得到 ASD 差值对应的所需精度。", "source_reference": "CODATA 2022 full adjustment · NIST" }, { "id": "mat-antiparticles", "name": "反粒子对应", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "PDG 2025 汇集电子／正电子性质及质量比较约束。", "asd": "完整共轭规则下的反电荷、相应质量和磁响应，不用单纯镜像替代。", "established": "外部实验与既有理论作为比较基准，不作为 ASD 隐藏前提。", "numerical_difference": "尚无独立差值计算。", "interpretation_difference": "候选本体解释；仍需定量响应。", "distinguishes": "目前没有独立的可区分预测；需先给观测量、差值和不确定度。", "current_status": "有相反相位与拓扑图景；完整场共轭和响应待求。", "independent_derivation": "没有完整独立共轭解。", "evidence_status": "UNTESTED", "required_precision": "按引用的观测定义与误差比较；尚未得到 ASD 差值对应的所需精度。", "source_reference": "PDG 2025 · Electron" }, { "id": "mat-pair-production", "name": "电子对产生", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "Burke 等（1997）观测强激光／电子束条件下的正电子信号，解释为多光子成对过程。", "asd": "阈值、反冲、截面、偏振和角分布；纳入全部参与对象。", "established": "外部实验与既有理论作为比较基准，不作为 ASD 隐藏前提。", "numerical_difference": "尚无独立差值计算。", "interpretation_difference": "候选本体解释；仍需定量响应。", "distinguishes": "目前没有独立的可区分预测；需先给观测量、差值和不确定度。", "current_status": "阈值可由给定色散与守恒条件计算；核心形成和速率未求得。", "independent_derivation": "仅运动学条件结果；非 ASD 独有。", "evidence_status": "UNTESTED", "required_precision": "按引用的观测定义与误差比较；尚未得到 ASD 差值对应的所需精度。", "source_reference": "Burke et al. · Multiphoton pair production (1997)" }, { "id": "mat-annihilation", "name": "电子对湮灭", "category": "PHENOMENOLOGICAL REQUIREMENT", "observed": "电子偶素衰变测量区分通道与寿命；静止自由电子对的两光子极限约为每条 511 keV。", "asd": "通道、选择定则、速率、能谱及能量闭合；纵向额外支路须计算。", "established": "外部实验与既有理论作为比较基准，不作为 ASD 隐藏前提。", "numerical_difference": "尚无独立差值计算。", "interpretation_difference": "候选本体解释；仍需定量响应。", "distinguishes": "目前没有独立的可区分预测；需先给观测量、差值和不确定度。", "current_status": "两光子运动学已有条件结果；反应动力学和分支比未闭合。", "independent_derivation": "仅守恒条件计算；不能据此声称湮灭率已复现。", "evidence_status": "UNTESTED", "required_precision": "按引用的观测定义与误差比较；尚未得到 ASD 差值对应的所需精度。", "source_reference": "Jinnouchi, Asai & Kobayashi · Positronium decay 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(2006), Cold Atom Clock Test of Lorentz Invariance in the Matter Sector", "url": "https://arxiv.org/abs/hep-ph/0601024", "kind": "external-reference" }, { "label": "BACON Collaboration (2021), optical frequency ratio network", "url": "https://www.nist.gov/publications/frequency-ratio-measurements-18-digit-accuracy-using-network-optical-clocks", "kind": "external-reference" } ], "outline": [ "三条验收链", "数据门槛与共同交付" ], "seo_title": "三项优先实验研究 | ASD Predictions & Falsification v1.0", "canonical_url": "https://asd-physics.org/tests/priority-experiments", "translation_path": "/en/tests/priority-experiments", "mathematical_review": "INCOMPLETE", "evidence_note": "尚无闭合定量判别预测；工作台为规划或比较模型。", "en": "Priority Experiments", "status": "OPEN", "evidence": "UNTESTED", "used_by": [], "source_file": "tests/priority-experiments.mdx", "document_purpose": "experimental", "document_purpose_label": "实验登记与比较计划", "canonical_identity_label": "否 · 公开网站资料", "scientific_status_applicable": true }, { "id": "ASD-QM-TESTS-QUANTUM", "path": "/tests/quantum", "title": "量子现象：现象学验收矩阵", "category": "量子现象", "summary": "Quantum Phenomena Foundation v1.0 · Canonical / Effective / Open. 七项要求，分别列出有效结果、独立推导与装置级区分能力。", "template": "test", "version": "1.0.0", "updated": "2026-09-22", "canonical": true, "source_tier": "canonical", "locale": "zh", "module_key": "quantum-research", "module_navigation": [ { "path": "/theory/quantum", "label": "总览", "en": "Overview" }, { "path": "/theory/quantum/accompanying-field", "label": "伴随场", "en": "Accompanying Field" }, { "path": "/theory/quantum/matter-wave", "label": "物质波", "en": "Matter Wave" }, { "path": "/theory/quantum/effective-wave-equation", "label": "有效方程", "en": "Effective Equation" }, { "path": "/theory/quantum/interference-diffraction", "label": "干涉与衍射", "en": "Interference" }, { "path": "/theory/quantum/uncertainty-probability", "label": "测不准", "en": "Uncertainty" }, { "path": "/theory/quantum/detection-statistics", "label": "探测与统计", "en": "Detection" }, { "path": "/theory/quantum/tunneling", "label": "隧穿", "en": "Tunneling" }, { "path": "/tests/quantum", "label": "现象学要求", "en": "Requirements" } ], "canonical_scope": "正式研究框架；有效结果依赖明确条件", "source_chapter": "Chapter 5 / 第五章 · 出版整理稿", "source_reference": "Ch. 5 §§2–3; experimental references separately identified", "source_version": "QM-0accdcbe7725", "source_sha256": "0accdcbe772504a352cb16ac5e41b6979599e8876b767666397faa8abccfb245", "source_kind": "manifest", "source_records": [ { "id": "CH5-ca737ec4e327", "title": "第五章-出版整理稿.docx", "sha256": "ca737ec4e327d72c5507bbc8e00295b6e56029c7583ebad8e505cdb9c68c6262", "format": "docx" } ], "source_manifest": "quantum-source-manifest.json", "source_manifest_url": "/downloads/ASD_Quantum_Source_Manifest.json", "last_reviewed": "2026-09-16", "depends_on": [ "/theory/quantum" ], "related": [ "/theory/quantum" ], "open_problems": [ "/open-problems/quantum/phase-momentum-locking", "/open-problems/quantum/effective-limit", "/open-problems/quantum/born-statistics", "/open-problems/quantum/tunneling-core-coupling", "/open-problems/quantum/experimental-discriminator" ], "equations": [], "sources": [ { "label": "CH5-ca737ec4e327 · 第五章-出版整理稿.docx", "kind": "supplied-manuscript" }, { "label": "Davisson & Germer (1927) · Electron diffraction", "url": "https://link.aps.org/doi/10.1103/PhysRev.30.705", "kind": "external-reference" }, { "label": "Tonomura et al. (1989) · Single-electron interference", "url": "https://pubs.aip.org/aapt/ajp/article/57/2/117/1040594/Demonstration-of-single-electron-buildup-of-an", "kind": "external-reference" }, { "label": "Binnig et al. (1982) · Scanning tunneling microscopy", "url": "https://link.aps.org/doi/10.1103/PhysRevLett.49.57", "kind": "external-reference" }, { "label": "Arndt et al. (1999) · C₆₀ interference", "url": "https://www.nature.com/articles/44348", "kind": "external-reference" } ], "outline": [ "这是验收矩阵，不是新增的 ASD 验证", "逐项验收记录", "进入下一轮的门槛" ], "seo_title": "量子现象：现象学验收矩阵 | Quantum Phenomena Foundation v1.0 · ASD", "canonical_url": "https://asd-physics.org/tests/quantum", "translation_path": "/en/tests/quantum", "mathematical_review": "INCOMPLETE", "evidence_note": "NOT YET UNIQUELY TESTED · 已知波动现象是验收要求；独立源动力学与普适事件统计尚未闭合。", "experiments": [ { "id": "qm-wavelength", "name": "de Broglie 波长", "category": "PHENOMENOLOGICAL REQUIREMENT", "evidence_status": "UNTESTED", "source_reference": "Davisson & Germer (1927) · Electron diffraction", "observed": "λ=h/P 是物质波比较目标。", "asd": "同一结构的机械动量与相位波数。", "established": "Established wave/quantum result used as a comparison target.", "numerical_difference": "NOT YET CALCULATED", "interpretation_difference": "Different physical interpretation is not itself a discriminator.", "distinguishes": "NO / NOT YET", "current_status": "CONDITIONAL · 作用量／动量识别尚待独立建立。", "independent_derivation": "未闭合；使用 ℏ 匹配后可恢复。", "required_precision": "待固定装置、数据集、ASD 差值及理论误差后确定；本轮不虚构数字。" }, { "id": "qm-diffraction", "name": "电子衍射", "category": "PHENOMENOLOGICAL REQUIREMENT", "evidence_status": "UNTESTED", "source_reference": "Davisson & Germer (1927) · Electron diffraction", "observed": "晶体衍射的角分布与波数关系。", "asd": "实际边界、势与入射谱下的几何图样。", "established": "Established wave/quantum result used as a comparison target.", "numerical_difference": "NOT YET CALCULATED", "interpretation_difference": "Different physical interpretation is not itself a discriminator.", "distinguishes": "NO / NOT YET", "current_status": "EFFECTIVE · 有孔径解；本站未重做晶体数据拟合。", "independent_derivation": "给定有效方程和边界后可推导；源和匹配未闭合。", "required_precision": "待固定装置、数据集、ASD 差值及理论误差后确定；本轮不虚构数字。" }, { "id": "qm-single-events", "name": "单粒子两路干涉事件", "category": "PHENOMENOLOGICAL REQUIREMENT", "evidence_status": "UNTESTED", "source_reference": "Tonomura et al. (1989) · Single-electron interference", "observed": "逐个事件积累为干涉图样；参考实验为电子双棱镜。", "asd": "实际装置中的单次记录、可见度及累计分布。", "established": "Established wave/quantum result used as a comparison target.", "numerical_difference": "NOT YET CALCULATED", "interpretation_difference": "Different physical interpretation is not itself a discriminator.", "distinguishes": "NO / NOT YET", "current_status": "OPEN · 场条纹不决定一次一记录。", "independent_derivation": "尚无闭合的核—场—探测器事件推导。", "required_precision": "待固定装置、数据集、ASD 差值及理论误差后确定；本轮不虚构数字。" }, { "id": "qm-uncertainty", "name": "Fourier 测不准界", "category": "PHENOMENOLOGICAL REQUIREMENT", "evidence_status": "UNTESTED", "source_reference": "Ch. 5 (5.3.23)–(5.3.26) · mathematical target, not an independent experiment", "observed": "使用标准差的 ΔxΔk≥1/2；动量界以 p=ℏk 为条件。", "asd": "宽度约定、制备及核心动量测量映射。", "established": "Established wave/quantum result used as a comparison target.", "numerical_difference": "NOT YET CALCULATED", "interpretation_difference": "Different physical interpretation is not itself a discriminator.", "distinguishes": "NO / NOT YET", "current_status": "DERIVED MATHEMATICS / CONDITIONAL PHYSICS。", "independent_derivation": "Fourier 证明成立；物理识别仍有条件。", "required_precision": "待固定装置、数据集、ASD 差值及理论误差后确定；本轮不虚构数字。" }, { "id": "qm-tunneling", "name": "势垒透射", "category": "PHENOMENOLOGICAL REQUIREMENT", "evidence_status": "UNTESTED", "source_reference": "Binnig et al. (1982) · Scanning tunneling microscopy", "observed": "有效理论的 T(E,V₀,a) 是恢复目标；STM 是应用参考。", "asd": "给定势垒的流比，以及核心事件的透射／反射。", "established": "Established wave/quantum result used as a comparison target.", "numerical_difference": "NOT YET CALCULATED", "interpretation_difference": "Different physical interpretation is not itself a discriminator.", "distinguishes": "NO / NOT YET", "current_status": "EFFECTIVE / OPEN · 包络可算，核心跨越未解。", "independent_derivation": "有效线性边值问题已推导；未独立导出核心传输。", "required_precision": "待固定装置、数据集、ASD 差值及理论误差后确定；本轮不虚构数字。" }, { "id": "qm-born", "name": "Born 统计", "category": "PHENOMENOLOGICAL REQUIREMENT", "evidence_status": "UNTESTED", "source_reference": "Tonomura et al. (1989) · Single-electron interference", "observed": "归一化平方模位置统计及明确的探测协议。", "asd": "校准后事件率、一次一记录与统计普适性。", "established": "Established wave/quantum result used as a comparison target.", "numerical_difference": "NOT YET CALCULATED", "interpretation_difference": "Different physical interpretation is not itself a discriminator.", "distinguishes": "NO / NOT YET", "current_status": "OPEN · 已有线性吸收的条件性来源。", "independent_derivation": "没有普适证明；不得把目标分布写进采样器再称为推导。", "required_precision": "待固定装置、数据集、ASD 差值及理论误差后确定；本轮不虚构数字。" }, { "id": "qm-mass-scaling", "name": "质量及中性复合物标度", "category": "PHENOMENOLOGICAL REQUIREMENT", "evidence_status": "UNTESTED", "source_reference": "Arndt et al. (1999) · C₆₀ interference", "observed": "中性复合物也有物质波干涉。", "asd": "固定共享参数下正确的质心波数—动量—质量关系。", "established": "Established wave/quantum result used as a comparison target.", "numerical_difference": "NOT YET CALCULATED", "interpretation_difference": "Different physical interpretation is not itself a discriminator.", "distinguishes": "NO / NOT YET", "current_status": "TO EVALUATE · 有条件性质心分离，尚无跨物种 ASD 联合计算。", "independent_derivation": "给定有效多体包络可分离；一般局域场到该包络的来源未闭合。", "required_precision": "待固定装置、数据集、ASD 差值及理论误差后确定；本轮不虚构数字。" } ], "date_published": "2026-09-16", "metadata_reviewed": "2026-09-22", "en": "Quantum Phenomena: Requirements Matrix", "status": "OPEN", "evidence": "UNTESTED", "used_by": [ "/open-problems/quantum/experimental-discriminator", "/research/research-ledger/2026-09-16-quantum" ], "source_file": "tests/quantum.mdx", "document_purpose": "experimental", "document_purpose_label": "实验登记与比较计划", "canonical_identity_label": "是 · 正式理论基线", "scientific_status_applicable": true }, { "path": "/tests/reinterpreted-results", "title": "同一观测，不同物理解释", "category": "实验与检验", "summary": "当预测数值相同时，实验限定共同结果，却不能单独选择其中一种解释。", "related": [ "/overview/asd-and-established-physics", "/tests/discriminating-tests" ], "id": "ASD-DOC-TESTS-REINTERPRETED-RESULTS", "template": "document", "version": "1.1", "updated": "2026-09-12", "canonical": false, "source_tier": "website-guide", "depends_on": [], "open_problems": [], "equations": [], "sources": [ { "label": "ASD 建站蓝图与页面模板（用户提供）", "kind": "supplied-blueprint" } ], "locale": "zh", "translation_path": "/en/tests/reinterpreted-results", "en": "Reinterpreted Results", "status": "EFFECTIVE MODEL", "evidence": "CONSISTENT", "used_by": [], "source_file": "tests/reinterpreted-results.mdx", "document_purpose": "experimental", "document_purpose_label": "实验登记与比较计划", "canonical_identity_label": "否 · 网站导读", "scientific_status_applicable": true }, { "path": "/tests/reproduced-results", "title": "已有结果的复现路径", "category": "实验与检验", "summary": "ASD 书稿对若干已知弱场结果报告了再现；独立复算需要公开完整的输入与计算。", "related": [ "/theory/gravity/light-deflection", "/theory/gravity/shapiro-delay", "/research/code" ], "id": "ASD-DOC-TESTS-REPRODUCED-RESULTS", "template": "document", "version": "1.1", "updated": "2026-09-12", "canonical": false, "source_tier": "website-guide", "depends_on": [], "open_problems": [], "equations": [], "sources": [ { "label": "ASD 建站蓝图与页面模板（用户提供）", "kind": "supplied-blueprint" } ], "locale": "zh", "translation_path": "/en/tests/reproduced-results", "en": "Reproduced Results", "status": "EFFECTIVE MODEL", "evidence": "REPRODUCED", "used_by": [], "source_file": "tests/reproduced-results.mdx", "document_purpose": "experimental", "document_purpose_label": "实验登记与比较计划", "canonical_identity_label": "否 · 网站导读", "scientific_status_applicable": true }, { "id": "ASD-EXP-TESTS-REPRODUCIBILITY", "path": "/tests/reproducibility", "title": "实验预测的复现标准", "category": "实验研究计划", "summary": "把来源、方程、输入、代码、环境、期望输出和失败条件变成每一条预测的固定交付。", "template": "test", "version": "1.0.0", "updated": "2026-09-22", "date_published": "2026-09-22", "canonical": false, "source_tier": "published", "locale": "zh", "module_key": "experimental-program", "module_navigation": [ { "path": "/tests", "label": "实验计划", "en": "Program" }, { "path": "/tests/predictions", "label": "预测登记", "en": "Registry" }, { "path": "/tests/falsification", "label": "证伪范围", "en": "Falsification" }, { "path": "/tests/priority-experiments", "label": "优先实验", "en": "Priorities" }, { "path": "/tests/reproducibility", "label": "复现标准", "en": "Reproducibility" } ], "canonical_scope": "实验研究计划；不新增正式物理结论", "source_chapter": "Existing canonical module snapshots / 现有正式模块快照", "source_reference": "Predictions & Falsification v1.0 · review 2026-09-22", "source_version": "EXP-7ca61744dcd2", "source_sha256": "7ca61744dcd2129e7fcd6902223c71166f3ededeb84b599d544cb20dba88130a", "source_kind": "manifest", "source_manifest": "predictions-source-manifest.json", "source_manifest_url": "/downloads/ASD_Predictions_Source_Manifest.json", "last_reviewed": "2026-09-22", "depends_on": [], "related": [ "/tests", "/tests/predictions", "/tests/falsification", "/tests/priority-experiments" ], "open_problems": [], "equations": [], "sources": [ { "label": "Predictions source and scope manifest", "kind": "research-program", "url": "/downloads/ASD_Predictions_Source_Manifest.json" }, { "label": "Ota et al. (2022), Nature Physics 18, 1436–1440", "url": "https://www.nature.com/articles/s41567-022-01767-w", "kind": "external-reference" }, { "label": "PDG (2024), Cosmic Rays review", "url": "https://pdg.lbl.gov/2024/reviews/rpp2024-rev-cosmic-rays.pdf", "kind": "external-reference" }, { "label": "Wolf et al. (2006), Cold Atom Clock Test of Lorentz Invariance in the Matter Sector", "url": "https://arxiv.org/abs/hep-ph/0601024", "kind": "external-reference" }, { "label": "BACON Collaboration (2021), optical frequency ratio network", "url": "https://www.nist.gov/publications/frequency-ratio-measurements-18-digit-accuracy-using-network-optical-clocks", "kind": "external-reference" } ], "outline": [ "复现不是再画一条曲线", "最小可复现记录", "参数冻结与比较纪律", "本轮可复现范围" ], "seo_title": "实验预测的复现标准 | ASD Predictions & Falsification v1.0", "canonical_url": "https://asd-physics.org/tests/reproducibility", "translation_path": "/en/tests/reproducibility", "mathematical_review": "INCOMPLETE", "evidence_note": "尚无闭合定量判别预测；工作台为规划或比较模型。", "en": "Reproducibility for Experimental Predictions", "status": "OPEN", "evidence": "UNTESTED", "used_by": [], "source_file": "tests/reproducibility.mdx", "document_purpose": "experimental", "document_purpose_label": "实验登记与比较计划", "canonical_identity_label": "否 · 公开网站资料", "scientific_status_applicable": true }, { "id": "ASD-SD--TESTS-SPACE-DYNAMICS", "path": "/tests/space-dynamics", "title": "空间动力学实验矩阵", "category": "空间动力学", "summary": "六类约束、一致性与实验提案；区分外部观测和 ASD 尚待计算的可测差异。", "template": "test", "version": "1.0.0", "updated": "2026-09-15", "canonical": true, "source_tier": "canonical", "locale": "zh", "module_key": "space-dynamics-research", "module_navigation": [ { "path": "/theory/space-dynamics", "label": "总览", "en": "Overview" }, { "path": "/theory/space-dynamics/degrees-of-freedom", "label": "自由度", "en": "Degrees of freedom" }, { "path": "/theory/space-dynamics/longitudinal-field", "label": "纵向场", "en": "Longitudinal field" }, { "path": "/theory/space-dynamics/transverse-field", "label": "横向场", "en": "Transverse field" }, { "path": "/theory/space-dynamics/wave-propagation", "label": "波传播", "en": "Wave propagation" }, { "path": "/theory/space-dynamics/longitudinal-waves", "label": "自由纵波", "en": "Longitudinal waves" }, { "path": "/theory/space-dynamics/longitudinal-transverse-coupling", "label": "纵横耦合", "en": "L–T coupling" }, { "path": "/theory/space-dynamics/continuum-dynamics", "label": "连续动力学", "en": "Continuum dynamics" }, { "path": "/theory/space-dynamics/fcc-model", "label": "FCC 候选", "en": "FCC-like model" }, { "path": "/theory/space-dynamics/master-equation", "label": "母方程前沿", "en": "Master equation" }, { "path": "/tests/space-dynamics", "label": "实验矩阵", "en": "Tests" } ], "canonical_scope": "连续场基础；按具体结论标注状态", "source_chapter": "Chapter 4 / 第四章 · Chapter 5 / 第五章", "source_reference": "Ch. 4 §4.1; Ch. 5 §§4, 6", "source_version": "SD-51779505a476", "source_sha256": "51779505a4766d2211550c6598875bbbab0c3dac14d68dd3f2107778b05deb0b", "source_kind": "manifest", "source_records": [ { "id": "CH4-9587f3c44d39", "title": "第四章-ASD空间本体论-出版整理稿.docx", "sha256": "9587f3c44d3974f44e387ed03d92691fa5473a90d7b1c9c989155adf0622849a", "format": "docx" }, { "id": "CH5-ca737ec4e327", "title": "第五章-出版整理稿.docx", "sha256": "ca737ec4e327d72c5507bbc8e00295b6e56029c7583ebad8e505cdb9c68c6262", "format": "docx" } ], "source_manifest": "space-dynamics-source-manifest.json", "source_manifest_url": "/downloads/ASD_Space_Dynamics_Source_Manifest.json", "last_reviewed": "2026-09-15", "depends_on": [ "/theory/space-dynamics/wave-propagation" ], "related": [ "/theory/space-dynamics" ], "open_problems": [ "/open-problems/space-dynamics/unified-dynamics", "/open-problems/space-dynamics/equal-speed", "/open-problems/space-dynamics/continuum-microscopic", "/open-problems/space-dynamics/longitudinal-wave-detection", "/open-problems/space-dynamics/source-coupling" ], "equations": [], "sources": [ { "label": "BIPM · SI base unit: metre", "kind": "primary-reference", "url": "https://www.bipm.org/en/si-base-units/metre" }, { "label": "LIGO / Virgo / Fermi / INTEGRAL · arXiv:1710.05834", "kind": "primary-reference", "url": "https://arxiv.org/abs/1710.05834" }, { "label": "ATLAS · Observation of light-by-light scattering (2019)", "kind": "primary-reference", "url": "https://atlas.cern/updates/briefing/atlas-observes-light-scattering-light" } ], "outline": [ "分类与证据状态", "横波传播速度", "引力波与光的到达速度约束", "自由纵向空间波搜索", "纵横模转换", "高场非线性约束", "方向性计量响应", "下一步数据工作" ], "seo_title": "空间动力学实验矩阵 | 各向异性空间动力学", "canonical_url": "https://asd-physics.org/tests/space-dynamics", "translation_path": "/en/tests/space-dynamics", "mathematical_review": "CONDITIONAL", "evidence_note": "约束、一致性和提案分别记录；本轮未新增实验拟合。", "experiments": [ { "id": "SD-TEST-transverse-speed", "name": "横波传播速度", "category": "CONSISTENCY", "evidence_status": "CONSISTENT", "source_reference": "BIPM · SI base unit: metre", "observed": "SI 以固定真空光速定义米；该定义本身不是 ASD 微观动力学的测量。", "asd": "在有效真空中匹配 $K_T/\\rho_s=c^2$。", "established": "真空 Maxwell 理论具有光速横向辐射模。", "numerical_difference": "匹配极限没有新增数值差异；尚无独立系数推导。", "interpretation_difference": "把横波表示为空间状态自由度。", "distinguishes": "NOT YET DISCRIMINATING · 速度匹配不选择微观模型。", "current_status": "一致性条件；非独立验证。", "required_precision": "先导出偏差与观测量，不能由定义指定实验灵敏度。" }, { "id": "SD-TEST-gw-speed", "name": "引力波与光的到达速度约束", "category": "CONSTRAINT", "evidence_status": "UNTESTED", "source_reference": "LIGO / Virgo / Fermi / INTEGRAL · arXiv:1710.05834", "observed": "GW170817 与 GRB 170817A 相隔 1.74±0.05 秒；源发射时延假设下，相对速度差约束约为 −3×10⁻¹⁵ 至 7×10⁻¹⁶。", "asd": "任何对应观测引力波的 ASD 模都须满足传播及源模型约束；本模块未完成该映射。", "established": "广义相对论具有张量引力辐射；多信使观测检验传播。", "numerical_difference": "未提供 ASD 到达时差的独立计算。", "interpretation_difference": "纵向位移模与张量偏振不是相同自由度。", "distinguishes": "NOT YET DISCRIMINATING · 不构成自由标量纵波探测。", "current_status": "外部传播约束；ASD 模型映射未完成。", "required_precision": "需要共同的源时延、距离、传播与探测响应分析。" }, { "id": "SD-TEST-free-longitudinal", "name": "自由纵向空间波搜索", "category": "PROPOSED TEST", "evidence_status": "UNTESTED", "source_reference": "Ch. 5 §4.4 · OP-SD-005", "observed": "本模块未收录确认探测。", "asd": "由源、波方程与接收耦合计算独特读出。", "established": "与普通电磁、机械、声学及热响应作同构型比较。", "numerical_difference": "源强和接收系数未定，暂无数值预测。", "interpretation_difference": "拟议额外纵向传播通道；不与静态场或中微子直接等同。", "distinguishes": "PROPOSED · 唯一响应与独立参数确定后才可判断。", "current_status": "OP-SD-005 · 待形成完整实验方案。", "required_precision": "待源—传播—接收传递函数及噪声预算；不虚构阈值。" }, { "id": "SD-TEST-mode-conversion", "name": "纵横模转换", "category": "PROPOSED TEST", "evidence_status": "UNTESTED", "source_reference": "Ch. 5 (5.4.19)–(5.4.21)", "observed": "本模块没有特定 ASD 模转换测量。", "asd": "使用互易 $g_{LT}$ 耦合计算相位匹配、背景依赖和接收信号。", "established": "普通非线性光学与介质效应可产生转换背景。", "numerical_difference": "尚无从独立参数得到的转换率。", "interpretation_difference": "候选空间通道交换，不等同于普通介质模转换。", "distinguishes": "PROPOSED · 必须给出排除常规背景的特征。", "current_status": "OP-SD-001 / 006 · 耦合与源尚未闭合。", "required_precision": "待参数、相干长度、频率与噪声模型。" }, { "id": "SD-TEST-nonlinear-fields", "name": "高场非线性约束", "category": "CONSTRAINT", "evidence_status": "UNTESTED", "source_reference": "ATLAS · Observation of light-by-light scattering (2019)", "observed": "ATLAS 在超周边重离子碰撞中观测到光光散射。", "asd": "特定 ASD 耦合须在相同截面、能区和偏振定义下给出独立计算。", "established": "QED 已包含此类光场非线性。", "numerical_difference": "本模块未计算 ASD 截面差异或拟合数据。", "interpretation_difference": "额外纵横耦合必须与已有量子电动力学效应区分。", "distinguishes": "NOT YET DISCRIMINATING · 不是自由纵波证据。", "current_status": "外部一致性约束；非 ASD 验证记录。", "required_precision": "先形成同一观测量的定量偏差及系统误差模型。" }, { "id": "SD-TEST-directional-metrology", "name": "方向性计量响应", "category": "PROPOSED TEST", "evidence_status": "UNTESTED", "source_reference": "Ch. 5 (5.1.3)–(5.1.11) · OP-SD-004", "observed": "本模块未给出方向性异常数据或新拟合。", "asd": "从完整微观模型计算频率比或相位随方向的响应，包含参考尺钟。", "established": "须包含材料应力、温度、运动、仪器各向异性与既有理论响应。", "numerical_difference": "FCC 标量二阶矩可各向同性；高阶色散不直接给出仪器信号。", "interpretation_difference": "候选微观方向性必须经过连续映射和探测器模型。", "distinguishes": "PROPOSED · 尚无可区分的定量预测。", "current_status": "OP-SD-004 / 005 · 待连接微观律与读出。", "required_precision": "待尺度、方向项、参考抵消和噪声预算。" } ], "en": "Space Dynamics Test Matrix", "status": "EFFECTIVE MODEL", "evidence": "UNTESTED", "used_by": [], "source_file": "tests/space-dynamics.mdx", "document_purpose": "experimental", 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"summary": "从原子钟、光钟与光学腔出发，明确空间尺度如何进入频率与相位，并区分已发表观测和待建立的判别实验。", "template": "theory", "version": "1.0.0", "updated": "2026-10-24", "canonical": true, "source_tier": "canonical", "locale": "zh", "module_key": "time", "module_navigation": [ { "path": "/theory/time", "label": "理论总览", "en": "Overview" }, { "path": "/theory/time/measurement-and-process", "label": "测量与过程", "en": "Measurement & Process" }, { "path": "/theory/time/clocks-and-frequency", "label": "时钟与频率", "en": "Clocks & Frequency" }, { "path": "/theory/time/comparison", "label": "框架比较", "en": "Comparison" } ], "canonical_scope": "序章 · 第一、二章", "source_chapter": "第一章；第二章", "source_reference": "第二章 §一.1—§一.2，式（2.1）—（2.4）；第一章式（1.47）", "source_version": "ASD-BOOK-ddbade997b45", "source_sha256": "dace8ff491b4e4ae8a59b2b98e2a6c9c10e689079021ce0bc117985baba68e86", "source_kind": "manifest", "source_records": [ { "id": "ASD-BOOK-ddbade997b45", "title": "各向异性空间动力学（最终合订稿）", "filename": "各向异性空间动力学.docx", "format": "docx", "size_bytes": 503564, "sha256": "ddbade997b45913248e588953b1d27ccb9c7c206c3c8d992d3aef2364a64836e" } ], "last_reviewed": "2026-09-14", "depends_on": [ "/theory/time/measurement-and-process", "/theory/lve" ], "related": [ "/theory/time/comparison", "/theory/gravity" ], "open_problems": [ "/open-problems/clock-response" ], "equations": [ "time-phase-length", "time-scale", "grv-frequency-ratio", "time-weak-redshift" ], "sources": [ { "label": "最终合订稿——实际采用范围见本页来源详情", "kind": "final-combined-manuscript", "url": "/downloads/ASD_Final_Manuscript_Source_Manifest.json" }, { "label": "历史来源：PREF-125df9543371 · 序章.pdf", "kind": "historical-source" }, { "label": "历史来源：CH1-46d43c8c39bf · 第一章(2).pdf", "kind": "historical-source" }, { "label": "历史来源：CH2-f9598318d123 · 第二章-ASD理论-修订书稿 (2).pdf", "kind": "historical-source" }, { "label": "Bothwell et al. (2022)", "kind": "external-primary-reference", "url": "https://www.nature.com/articles/s41586-021-04349-7" }, { "label": "BIPM · Practical realization of the second", "kind": "external-definition-reference", "url": "https://www.bipm.org/en/publications/mises-en-pratique" } ], "outline": [ "从振荡过程到读数 · Clock Model", "钟种与所需物理输入 · Clock Technologies", "引力背景中的尺度耦合 · Scale and Frequency", "已发表观测与解释 · Experimental Relations", "区分性研究方向 · Proposed Comparison", "复核条件与来源 · Review and Sources" ], "seo_title": "时间：时钟与频率 | Anisotropic Space Dynamics", "canonical_url": "https://asd-physics.org/theory/time/clocks-and-frequency", "translation_path": "/en/theory/time/clocks-and-frequency", "equation": "time-phase-length", "mathematical_review": "CONDITIONAL", "review_path": "/theory/time/clocks-and-frequency#review-notes", "review_note": "过程恒等关系不决定具体时钟的响应；频率与相位预言需要指定振荡器、耦合关系与比较协议。", "experiments": [ { "id": "time-test-redshift", "name": "毫米尺度原子样品中的引力频移", "category": "REINTERPRETED", "observed": "Bothwell 等（2022）在毫米尺度锶原子样品内测到与引力红移一致的频率梯度。", "asd": "第二章式（2.2）采用尺度—频率耦合，最终式（2.2a）给出精确静态频率比；一阶展开联系近地弱场频移。未重新拟合原始数据。", "established": "GR 在对应弱场和共同频率比较约定下给出 Δf/f ≈ ΔΨ/c²。", "numerical_difference": "NO · 本页采用的弱场关系在该阶相同。", "interpretation_difference": "YES · ASD 将变化归于空间尺度/波长与振荡过程。", "distinguishes": "NO", "current_status": "观测已发表；ASD 关系层面的解释与实验方向一致，装置级独立对账未完成。", "evidence_status": "CONSISTENT", "required_precision": "第二章没有给出该构型的 ASD–GR 预测差；不将实验分辨率当成区分 ASD 的所需精度。", "source_reference": "第二章式（2.2）—（2.2a），文献 [3]；Bothwell et al., Nature 602, 420–424 (2022). DOI: 10.1038/s41586-021-04349-7" }, { "id": "time-test-moving", "name": "Transported clocks · 理想运钟与实际航行", "category": "POTENTIALLY DISCRIMINATING", "observed": "Hafele–Keating 报告不同航向的运钟与地面参考钟存在钟差；真实航行包含运动及重力条件。", "asd": "第一章赤道匀速绕行的理想讨论给出 T′/T=√[(1−β)/(1+β)]。", "established": "标准计算沿真实航迹累积运动与重力贡献；恒速无重力基准为 dτ/dt=√(1−β²)。", "numerical_difference": "形式上 YES：书稿表达式有速度的一阶项；同轨迹、同计时量的总钟差尚待对齐。", "interpretation_difference": "YES · ASD 解释为过程长度变化。", "distinguishes": "POTENTIALLY / PROPOSED TEST", "current_status": "保留原式及低速形式检查；未将实际运钟观测写为式（1.47）的验证。", "evidence_status": "UNTESTED", "required_precision": "先确定速度参考背景、完整航迹、总历时、同步及重力修正，再给出误差预算。", "source_reference": "第一章 §3.6，式（1.47）；文献 [19]、[20]" }, { "id": "time-test-cross-clock", "name": "不同钟种的共同背景响应", "category": "POTENTIALLY DISCRIMINATING", "observed": "当前书稿没有提供同一协议下原子标准、光学腔与其他振荡器的联合数据表。", "asd": "先为各钟种建立尺度/跃迁/路径到频率和相位的响应，再求同背景的频率比。", "established": "用同一装置、环境和信号传递协议计算既有理论结果。", "numerical_difference": "尚不能判断；缺少完整 ASD 装置响应函数。", "interpretation_difference": "YES · 响应的机制解释不同。", "distinguishes": "POTENTIALLY / PROPOSED TEST", "current_status": "研究任务已建立；尚无数值差值、拟合或独立判别结论。", "evidence_status": "UNTESTED", "required_precision": "在预测差值确定后，再给出钟噪声、比较链与系统误差预算。", "source_reference": "序章过程时间观；第二章 §一.1—§一.2；网站研究任务 OP-TIME-01" } ], "source_manifest": "final-manuscript-source-manifest.json", "source_manifest_url": "/downloads/ASD_Final_Manuscript_Source_Manifest.json", "final_source": { "source_id": "ASD-BOOK-ddbade997b45", "chapter": "第一章；第二章", "reference": "第二章 §一.1—§一.2，式（2.1）—（2.4）；第一章式（1.47）", "locators": [ "p0554", "p0558", "p0562", "p0566", "p0570", "p0571", "p0573", "p0500" ], "adopted_scope": "精确静态频率比及一阶弱场展开，保留具体钟种与运钟条件", "conditions": [ "共同参考标定；静态构成Φ=Ω⁻¹", "精确比值要求1+2Ψ/c²>0，弱场展开另要求|Ψ|/c²≪1" ], "unresolved": [ "FINAL-CH1-CLOCK-PROTOCOL" ], "migration_status": "reviewed", "manuscript_sha256": "ddbade997b45913248e588953b1d27ccb9c7c206c3c8d992d3aef2364a64836e", "source_manifest": "final-manuscript-source-manifest.json", "body_review": "updated" }, "previous_source": { "source_chapter": "序章；第一章；第二章 空间静态各向异性", "source_reference": "第二章 §一.1—§一.2、式（2.1）—（2.2a），PDF 第 1–3 页；第一章式（1.47）及 LVE v1.1 运钟条目", "source_version": "FND-3dde8d8e081d", "source_sha256": "3dde8d8e081d92271ff1305018fd6bbdfee8458c714a6d30c2c646a8c7318dfd", "source_kind": "manifest", "source_records": [ { "id": "PREF-125df9543371", "title": "序章.pdf", "sha256": "125df9543371f89656a2c29d552e1166e5edcc9ff5f6ec1ef1e438c7688d6ec5", "pages": 8 }, { "id": "CH1-46d43c8c39bf", "title": "第一章(2).pdf", "sha256": "46d43c8c39bfd47f06ad699a6780e1142adc14bdd3520e2d5603d37a696cd9e9", "pages": 23 }, { "id": "CH2-f9598318d123", "title": "第二章-ASD理论-修订书稿 (2).pdf", "sha256": "f9598318d123c1f85a7d720af9cecbed8392e0b399910e3f9bfb675d49494709", "pages": 27 } ], "source_manifest": "foundations-source-manifest.json", "source_manifest_url": "/downloads/ASD_Foundations_Source_Manifest.json", "sources": [ { "label": "PREF-125df9543371 · 序章.pdf", "kind": "supplied-final-manuscript" }, { "label": "CH1-46d43c8c39bf · 第一章(2).pdf", "kind": "supplied-final-manuscript" }, { "label": "CH2-f9598318d123 · 第二章-ASD理论-修订书稿 (2).pdf", "kind": "supplied-final-manuscript" }, { "label": "Bothwell et al. 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