Results Domain Hub Canonical physics Books IV–V — physics results, sealed glossary entries, numerical predictions, falsification paths, and the Calibration Cascade dependency overlay.
Domain HubCanonical

Physics — Results Hub

Books IV–V — physics results, sealed glossary entries, numerical predictions, falsification paths, and the Calibration Cascade dependency overlay.

The Physics domain is the τ-framework’s quantitative surface. Its numerical claims are routed through the Calibration Cascade, which records how ι_τ, the neutron-mass anchor, coupling ledgers, mass-ratio links, G-alpha bridge quantities, SI readout / unit realization context, and comparison rows connect.

This hub is the entry point. From here you can browse the 78 result pages, walk the 95-entry glossary with full SI translations, see the 67 zero-parameter predictions, or visit the 30 falsification paths where named experiments adjudicate the framework’s sharpest claims.

Landmarks 6 highest-impact physics results — the most consequential framework derivations. Browse 78 physics result pages, filterable by precision tier, importance, and Lean status. Glossary 95 sealed entries across 6 categories: constant · law · object · particle · quantity · unit. Predictions 67 zero-parameter numerical predictions from ι_τ + m_n with precision tiers (sub-ppm to %). Falsifications 30 sharp predictions (N1–N30) where named experiments can adjudicate the framework on a 2025–2035 timeline. Calibration Cascade The static dependency overlay connecting ι_τ, m_n, couplings, mass ratios, G-alpha bridge, constants, source chapters, Registry items, TauLib modules, and verification comparisons. Structural Challenges The canonical Physics challenge set: 102 imported external items (ringed and clustered) plus 15 τ-native physics audit challenges. Challenge Responses Current τ responses to those challenges, with status, evidence route, prediction/falsification anchors, and verification boundary. Thirty Open Problems Probe An expressiveness stress test over quantum, particle, gravity, black-hole, and cosmology problem surfaces: answer-shapes, not validation claims.

What is the τ-framework saying about physics?

In plain language: the τ-framework claims a strong numerical compression thesis for the source-ledger constants and selected physics predictions. The public site now separates the prediction catalogue, the constants-ledger table, and the Calibration Cascade dependency overlay so that internal status, unit context, formalization status, and external acceptance remain distinct.

The strict claim boundary is review-facing: no additional free continuous parameters are introduced inside the listed derivation routes, but unresolved source, unit-context, and external-verification mappings remain visible where they have not yet been independently settled.

The 67 numerical predictions in the Numerical Prediction Catalogue compare each derived value to its experimentally measured counterpart. The flagship predictions are:

  • Electron mass m_e — agreement at 0.025 ppm (Tier A)
  • Higgs boson mass m_H — agreement at +8.0 ppm (Tier A)
  • Weak mixing angle sin²θ_W — agreement at −0.65 ppm (Tier A)
  • Hubble constant H_0 — resolves the H_0 tension (Tier B)
  • Fine-structure constant α — derived as a pure ι_τ-chain (Tier A)

See also

  • Mathematics Hub — the foundational kernel (Books I–III) underlying physics
  • Life Hub — biology calibration tree (Book VI) anchored at K_χ
  • Metaphysics Hub — Reg_E/P/D/C registers + OR1–OR6 narrowing (Book VII)

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