---
{
  "path": "/en/overview/theory-map",
  "title": "ASD knowledge graph",
  "category": "Overview",
  "summary": "Explore topics, equations, experimental comparisons and open tasks with explicit relation types.",
  "related": [
    "/en/overview/learning-paths",
    "/en/research/glossary",
    "/en/open-problems",
    "/en/theory/lve",
    "/en/theory/space-dynamics",
    "/en/theory/matter",
    "/en/theory/quantum"
  ],
  "id": "ASD-DOC-OVERVIEW-THEORY-MAP-EN",
  "template": "document",
  "version": "1.1",
  "updated": "2026-09-28",
  "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"
    }
  ],
  "theory_status": "FOUNDATION",
  "evidence_status": "DOCUMENT",
  "title_en": "ASD knowledge graph",
  "locale": "en",
  "translation_path": "/overview/theory-map",
  "translation_of": "/overview/theory-map",
  "translation_version": "1.1"
}
---

## Using the knowledge graph

Search for a topic or equation by name or identifier, filter relation types, then select a node to inspect its source and neighbours. Page prerequisites, conceptual associations and experimental comparisons are distinct from the algebra, physical-input and comparison-context dependencies recorded for equations. A link does not establish a closed derivation.

The node list provides a readable, keyboard-accessible alternative to the diagram. Research actions carry the current knowledge snapshot and the selected page or equation identifier.

## Start with operational relations

Metrology supplies repeatable processes and light-propagation constraints. With additional spatial assumptions, LVE constructs a motion-associated scale response. Dynamics and the magnetic-force construction use that kinematic relation.

## From continuous fields to matter

Longitudinal density and transverse shear provide a continuum modelling framework. Microscopic organisation and matter topology remain candidate layers; a unified equation must connect those layers.

## Connections and derivations

Connections indicate research dependencies or construction directions. They do not imply that every edge already has a complete derivation. Read the underlying assumptions and open conditions on each source page.

## Where Gravity and Electromagnetism meet

Metrology and LVE supply upstream relations. Gravity and Electromagnetism describe longitudinal and transverse spatial phenomena respectively; [Space Dynamics](/en/theory/space-dynamics) then asks what continuous degrees of freedom and dynamics they could share. Matter and Quantum follow. This reading order does not make the research maturity of all branches equal.

Read [degrees of freedom](/en/theory/space-dynamics/degrees-of-freedom), [wave propagation](/en/theory/space-dynamics/wave-propagation) and [continuum dynamics](/en/theory/space-dynamics/continuum-dynamics) before the candidate FCC model and the master-equation frontier. The [test matrix](/en/tests/space-dynamics) records the experimental boundaries.

## From shared dynamics to candidate matter structures

[Matter & Topology](/en/theory/matter) proceeds through localisation, topological closure, stability and mass, charge and spin before particle candidates. The electron and proton pictures do not replace these mathematical requirements. [Quantum Phenomena](/en/theory/quantum) proceeds from accompanying fields to phase, effective envelopes and interference, followed separately by detection and statistics. Stable cores and universal statistics remain independent open conditions.

## From theory relations to experimental research

The [experimental program](/en/tests) connects registered claims to apparatus observables, uncertainty budgets, data and falsification criteria. These links express research relationships; they do not promote a registration or a matching mathematical form to independent experimental confirmation.

Use the [researcher path](/en/overview/learning-paths/researcher) to choose an existing task, or inspect an equation's assumptions and carry its exact sources into Researcher.