Explore the foundations and current research.
Follow the published construction into its registered claims, then explore reviewed research questions, attempts and the connections that remain open.
Start with the published construction
The foundations include the carrier, E₈, flavour, alpha, quantum structure, gravity and cosmology. Open an area to follow its registered statements into the papers and verification sources.
- Seam, origin and declared inputsBoundary inputs, the common anchor and source selection.
- Carrier, families and E8 closureThe particle carrier, lattice matching and E₈ closure.
- Interlocking clocksFinite clock actions, their couplings and dynamics.
- Standard Model and flavorParticle charges, source mass ratios and mixing.
- Fine-structure constantThe response equation, its root and physical interpretation.
- Quantum and boundary structureCodes, finite quantum geometry and field structure.
- GravityEntanglement, geometric flow and gravity interfaces.
- CosmologyInflation, baryon density and vacuum energy readouts.
- Tests and predictionsWhat the formal and numerical checks establish.
- UniversalraumA common process, state and observable source.
- MetrologyHow dimensionless relations meet physical units.
- SpacetimeFrom internal structure to local physical spacetime.
- Process and compilationCompiler operations, responses and their assumptions.
These are authored navigation links. The complete register contains 783 active claims; 723 do not yet have an authored topic assignment and remain searchable.
Follow a current research question.
See why its positive solution is unique, and which inputs and measurement connection still require justification.
What fixes relative particle masses?Separate fixed source mass ratios from the scale needed to compare absolute masses.
How do the particle carrier and E₈ fit together?Follow the proven carrier and lattice constructions, then inspect the remaining physical selection.
How are the clocks related?See what their actions establish and what is still needed to reconstruct physical time and dynamics.