ASD knowledge graph

01Using 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.

02Start 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.

03From 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.

04Connections 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.

05Where Gravity and Electromagnetism meet

Metrology and LVE supply upstream relations. Gravity and Electromagnetism describe longitudinal and transverse spatial phenomena respectively; 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, wave propagation and continuum dynamics before the candidate FCC model and the master-equation frontier. The test matrix records the experimental boundaries.

06From shared dynamics to candidate matter structures

Matter & Topology 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 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.

07From theory relations to experimental research

The experimental program 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 to choose an existing task, or inspect an equation's assumptions and carry its exact sources into Researcher.