--- { "id": "ASD-SD--TESTS-SPACE-DYNAMICS-EN", "path": "/en/tests/space-dynamics", "title": "Space Dynamics Test Matrix", "title_en": "Space Dynamics Test Matrix", "category": "Space Dynamics", "summary": "Six constraints, consistency checks and proposals, separating external observations from ASD differences still to be calculated.", "template": "test", "version": "1.0.0", "updated": "2026-09-15", "canonical": true, "source_tier": "canonical", "theory_status": "EFFECTIVE MODEL", "evidence_status": "UNTESTED", "locale": "en", "module_key": "space-dynamics-research", "module_navigation": [ { "path": "/en/theory/space-dynamics", "label": "Overview", "en": "Overview" }, { "path": "/en/theory/space-dynamics/degrees-of-freedom", "label": "Degrees of freedom", "en": "Degrees of freedom" }, { "path": "/en/theory/space-dynamics/longitudinal-field", "label": "Longitudinal field", "en": "Longitudinal field" }, { "path": "/en/theory/space-dynamics/transverse-field", "label": "Transverse field", "en": "Transverse field" }, { "path": "/en/theory/space-dynamics/wave-propagation", "label": "Wave propagation", "en": "Wave propagation" }, { "path": "/en/theory/space-dynamics/longitudinal-waves", "label": "Longitudinal waves", "en": "Longitudinal waves" }, { "path": "/en/theory/space-dynamics/longitudinal-transverse-coupling", "label": "L–T coupling", "en": "L–T coupling" }, { "path": "/en/theory/space-dynamics/continuum-dynamics", "label": "Continuum dynamics", "en": "Continuum dynamics" }, { "path": "/en/theory/space-dynamics/fcc-model", "label": "FCC-like model", "en": "FCC-like model" }, { "path": "/en/theory/space-dynamics/master-equation", "label": "Master equation", "en": "Master equation" }, { "path": "/en/tests/space-dynamics", "label": "Tests", "en": "Tests" } ], "canonical_scope": "Continuum foundation; status specified per claim", "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": [ "/en/theory/space-dynamics/wave-propagation" ], "related": [ "/en/theory/space-dynamics" ], "open_problems": [ "/en/open-problems/space-dynamics/unified-dynamics", "/en/open-problems/space-dynamics/equal-speed", "/en/open-problems/space-dynamics/continuum-microscopic", "/en/open-problems/space-dynamics/longitudinal-wave-detection", "/en/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": [ "Classification and evidence status", "Transverse propagation speed", "Gravitational-wave and light arrival constraint", "Free longitudinal spatial-wave search", "Longitudinal–transverse conversion", "High-field nonlinearity constraints", "Directional metrological response", "Next data work" ], "seo_title": "Space Dynamics Test Matrix | Anisotropic Space Dynamics", "canonical_url": "https://asd-physics.org/en/tests/space-dynamics", "translation_path": "/tests/space-dynamics", "mathematical_review": "CONDITIONAL", "evidence_note": "Constraints and proposals are recorded separately; no new experimental fit.", "translation_of": "/tests/space-dynamics", "translation_version": "1.0.0", "experiments": [ { "id": "SD-TEST-transverse-speed", "name": "Transverse propagation speed", "category": "CONSISTENCY", "evidence_status": "CONSISTENT", "source_reference": "BIPM · SI base unit: metre", "observed": "The SI metre fixes the vacuum speed of light; the definition is not a measurement of ASD microscopic dynamics.", "asd": "Match $K_T/\\rho_s=c^2$ in the effective vacuum.", "established": "Vacuum Maxwell theory has transverse radiation at light speed.", "numerical_difference": "No new numerical difference in the matched limit; coefficients are not independently derived.", "interpretation_difference": "Represents transverse radiation through spatial state variables.", "distinguishes": "NOT YET DISCRIMINATING · Matching does not select a microscopic model.", "current_status": "Consistency condition, not independent verification.", "required_precision": "Derive a deviation and observable before specifying sensitivity." }, { "id": "SD-TEST-gw-speed", "name": "Gravitational-wave and light arrival constraint", "category": "CONSTRAINT", "evidence_status": "UNTESTED", "source_reference": "LIGO / Virgo / Fermi / INTEGRAL · arXiv:1710.05834", "observed": "GW170817 and GRB 170817A arrived 1.74±0.05 seconds apart; source-emission assumptions give a relative speed-difference bound of about −3×10⁻¹⁵ to 7×10⁻¹⁶.", "asd": "An ASD mode representing observed gravitational waves must satisfy propagation and source constraints; that mapping is incomplete here.", "established": "General relativity has tensor gravitational radiation; multimessenger observations constrain propagation.", "numerical_difference": "No independent ASD arrival-time calculation is supplied.", "interpretation_difference": "Longitudinal displacement and tensor polarization are different degrees of freedom.", "distinguishes": "NOT YET DISCRIMINATING · This is not detection of a free scalar longitudinal wave.", "current_status": "External propagation constraint; ASD mapping incomplete.", "required_precision": "Requires a joint source-delay, distance, propagation and detector analysis." }, { "id": "SD-TEST-free-longitudinal", "name": "Free longitudinal spatial-wave search", "category": "PROPOSED TEST", "evidence_status": "UNTESTED", "source_reference": "Ch. 5 §4.4 · OP-SD-005", "observed": "No confirmed detection is included in this module.", "asd": "Derive a distinctive readout from source, propagation and receiver coupling.", "established": "Compare ordinary electromagnetic, mechanical, acoustic and thermal responses in the same configuration.", "numerical_difference": "Source strength and receiver coefficients are unspecified; no numerical prediction yet.", "interpretation_difference": "Proposed longitudinal channel, distinct from static fields and an unproved neutrino identification.", "distinguishes": "PROPOSED · Distinction awaits a unique response and independent parameters.", "current_status": "OP-SD-005 · Full proposal required.", "required_precision": "Pending transfer function and noise budget; no invented threshold." }, { "id": "SD-TEST-mode-conversion", "name": "Longitudinal–transverse conversion", "category": "PROPOSED TEST", "evidence_status": "UNTESTED", "source_reference": "Ch. 5 (5.4.19)–(5.4.21)", "observed": "No specific ASD mode-conversion measurement is included.", "asd": "Use reciprocal $g_{LT}$ coupling to calculate phase matching, background dependence and readout.", "established": "Ordinary nonlinear optics and material effects can produce conversion backgrounds.", "numerical_difference": "No conversion rate from independent parameters.", "interpretation_difference": "Candidate exchange between spatial sectors; not automatically ordinary material mode conversion.", "distinguishes": "PROPOSED · Requires a feature separating conventional backgrounds.", "current_status": "OP-SD-001 / 006 · Coupling and sources remain open.", "required_precision": "Pending coefficients, coherence length, frequency and noise model." }, { "id": "SD-TEST-nonlinear-fields", "name": "High-field nonlinearity constraints", "category": "CONSTRAINT", "evidence_status": "UNTESTED", "source_reference": "ATLAS · Observation of light-by-light scattering (2019)", "observed": "ATLAS observed light-by-light scattering in ultraperipheral heavy-ion collisions.", "asd": "A specific ASD interaction needs an independent calculation for the same cross section, energy range and polarization definitions.", "established": "QED already includes this electromagnetic nonlinearity.", "numerical_difference": "No ASD cross-section difference or data fit is calculated here.", "interpretation_difference": "Additional L–T coupling must be separated from established QED effects.", "distinguishes": "NOT YET DISCRIMINATING · Not evidence of a free longitudinal wave.", "current_status": "External consistency constraint, not an ASD verification.", "required_precision": "First derive a quantitative deviation and systematic-error model for the same observable." }, { "id": "SD-TEST-directional-metrology", "name": "Directional metrological response", "category": "PROPOSED TEST", "evidence_status": "UNTESTED", "source_reference": "Ch. 5 (5.1.3)–(5.1.11) · OP-SD-004", "observed": "No directional anomaly dataset or new fit is supplied.", "asd": "Compute directional frequency ratios or phases from the full microscopic model, including reference rulers and clocks.", "established": "Include stress, temperature, motion, instrumental anisotropy and established-theory response.", "numerical_difference": "The FCC scalar second moment can be isotropic; higher-order dispersion is not directly an instrument signal.", "interpretation_difference": "Candidate microscopic directionality requires continuum and detector mappings.", "distinguishes": "PROPOSED · No distinguishing quantitative prediction yet.", "current_status": "OP-SD-004 / 005 · Microscopic-to-readout connection pending.", "required_precision": "Pending scale, directional terms, reference cancellation and noise budget." } ] } --- ## Classification and evidence status CONSTRAINT records an external requirement, CONSISTENCY agreement in a specified limit, and PROPOSED TEST an unfinished proposal. Category differs from evidence status: an external observation does not mean an ASD calculation has been completed. No new REPRODUCED or DISCRIMINATING entry is claimed. | Test | Category | Status | | --- | --- | --- | | Transverse propagation speed | CONSISTENCY | CONSISTENT | | Gravitational-wave and light arrival constraint | CONSTRAINT | UNTESTED | | Free longitudinal spatial-wave search | PROPOSED TEST | UNTESTED | | Longitudinal–transverse conversion | PROPOSED TEST | UNTESTED | | High-field nonlinearity constraints | CONSTRAINT | UNTESTED | | Directional metrological response | PROPOSED TEST | UNTESTED | ## Transverse propagation speed [BIPM · SI base unit: metre](https://www.bipm.org/en/si-base-units/metre) ## Gravitational-wave and light arrival constraint [LIGO / Virgo / Fermi / INTEGRAL · arXiv:1710.05834](https://arxiv.org/abs/1710.05834) ## Free longitudinal spatial-wave search ## Longitudinal–transverse conversion ## High-field nonlinearity constraints [ATLAS · Observation of light-by-light scattering (2019)](https://atlas.cern/updates/briefing/atlas-observes-light-scattering-light) ## Directional metrological response ## Next data work Fix parameters and observables before specifying source, propagation, reception and noise. Null results should give model-dependent exclusions. Continue through [OP-SD-005](/en/open-problems/space-dynamics/longitudinal-wave-detection) and [OP-SD-006](/en/open-problems/space-dynamics/source-coupling)。