Metrology & FoundationsMetrology & Foundations
CANONICAL 1.0.0Follow measurands, cycle counts and optical paths into length realization, then identify the additional inputs to ASD directional research.
From premises to equations, and from equations to testable results.
Research methods
From measurement principles to spatial dynamics.From measurement principles to spatial dynamics.
ASD starts with modern metrology and uses the Length Vector Effect to connect motion, electromagnetism, gravity, spatial dynamics, matter and quantum phenomena in an open research framework.
Space is not an empty stage, but a dynamic structure.
Space as a dynamic structure.
— ASD
Begin with metrology and follow LVE into electromagnetism, gravity and spatial dynamics, then matter and cosmic structure.
Select a node to inspect its core relation, status and open questions.
From principles to physical structure.
Select a domain to explore its place in the framework.
Connections indicate research paths. Consult the text and equation registry for specific premises and mathematical dependencies. Spatial imagery is conceptual.
Source theory library: 56 CANONICAL topics, 6 GUIDE topics. Source tier and theory maturity are stated separately.
Suggested reading order; each page states its actual mathematical dependencies. Formal modules have paired English versions.Follow measurands, cycle counts and optical paths into length realization, then identify the additional inputs to ASD directional research.
The core relation, geometric picture, theoretical dependencies and experimental boundaries of motion-dependent real spatial length in ASD.
Construct magnetic interaction from Coulomb interaction in true space, then introduce potentials, magnetic fields and free transverse propagation. Each claim has its own domain and status.
From gravitational redshift to spatial stretching, source fields, optical paths and material motion, with the premises needed for observable calculations.
Connect gravitational scale and electromagnetic transverse structure through spatial states, propagation, coupling and microscopic realizations.
From persistent spatial organization to a localized core and fields, stability, mass, charge and spin, then conjugate creation and annihilation.
ASD connects phase propagation, effective envelopes, interference, diffraction and detection statistics through the joint evolution of localized matter and its accompanying field.
Connect spatial ordering, thermal transport of open modes and candidate gravitational responses to cosmological questions and their remaining interfaces.

Mathematics gives theory structure; experiments and open questions guide further work.