FINITE STRUCTURE / OPEN CORRESPONDENCESearch the record ⌕
Unified Dynamics · A reading guide

Structure first.
Follow the evidence.

How does a finite structure constrain motion, observation and persistence?

Unified Dynamics starts with explicit tetrahedral carriers. This atlas guides you from their mathematics to declared models, then to the tests needed for a physical correspondence.

Begin with the foundations →Browse the research programmes →
A filled tetrahedron: four vertices, six edges, four faces and one cell0123SCHEMATIC GEOMETRY · NO PHYSICAL LENGTH SCALE
Δ³ · the filled tetrahedron
4 vertices · 6 edges · 4 faces · 1 cell
Finite mathematics Scoped results
Independent review Scope-specific / pending
Physical promotion 0
01

A clear route through the programme.

Start here

Understand the foundations

The carrier, its evolution and what an observation can recover.

Then explore

Explore a research question

Follow the source, geometry, observation, action or parity programme.

Then evaluate

Assess the evidence

Separate finite results, constructor certificates and physical tests.

02

Find the level of detail you need.

Read a paperCore review papers and topic-organized theorem manuscripts.→Inspect the recordSources, dependencies, coefficients, captures and corrections.→Contribute a reviewBound a claim, reproduce a result or qualify a bridge.→
03

A programme you can examine one result at a time.

Developed by Benjamin Walker Mayes, with AI-assisted mathematical and computational work. Each result keeps its declared carrier, assumptions, version and evidence status.

The mathematical models do not by themselves establish a physical identification. Reviews and negative results belong in the same record.

Researcher profile →Dated updates →