framework physics
Physics Layer
Layer E₁ instantiates the 4+1 sector template as physics. The microcosm (Book IV) derives quantum mechanics, particles, ...
Layer
E1 — Physics
Modules
18 framework modules
Books
Books IV–V
Physics
Layer E₁ instantiates the 4+1 sector template as physics. The microcosm (Book IV) derives quantum mechanics, particles, and forces from the fiber T². The macrocosm (Book V) derives gravity, cosmology, and black holes from the base τ¹.
18 Modules
Microcosm
- E1-001: Neutron Primacy — The neutron is the first stable ontic particle — all others derive from it.
- E1-002: Beta-Decay Rosetta Stone — All five sectors visible in one process — the single event that decodes the Standard Model.
- E1-003: Fine-Structure Constant & Calibration — α = (121/225)·ι_τ⁴ at 9.8 ppm — zero free parameters.
- E1-004: Electron Mass Prediction — R₀ = ι_τ⁻⁷ − √3·ι_τ⁻² ≈ 1838.7 — mass ratio at 0.025 ppm.
- E1-005: Three Generations & Particle Spectrum — π₁(τ³) ≅ ℤ³ — three generations from topology, not postulate.
- E1-006: Electroweak Synthesis & Force Architecture — 9 electroweak predictions from 0 free parameters — the five sectors in concert.
- E1-007: Atomic & Molecular Ladder — From hydrogen to chemistry — molecular geometry earned from τ³ topology.
- E1-008: Nuclear Physics & Periodic Table — Alpha-particle structure, nuclear binding, and the periodic table from confinement.
- E1-009: Self-Description Completion — ONE dimensional parameter, ZERO free dimensionless constants — the zoo becomes a garden.
Macrocosm
- E1-010: The Hermetic Principle — Fiber + base = exact. τ³ exhausts all physics at E₁.
- E1-011: Gravity Earned — The τ-Einstein equation — gravity as an algebraic identity, not a nonlinear PDE.
- E1-012: Gravitational Closing Identity — α_G = α¹⁸·√3·(1-3α/π) — G predicted to 3 ppm.
- E1-013: Thermodynamic Inversion — Defect entropy decreases along proto-time — the arrow points toward order.
- E1-014: No Dark Matter — Flat rotation curves from boundary holonomy correction — no exotic particles needed.
- E1-015: Black Holes as Topology — Horizon = T², no singularity, no evaporation. QNM ratio = ι_τ⁻¹.
- E1-016: CMB Pipeline — r = ι_τ⁴, n_s = 0.9649, ℓ₁ = 220.6 — all from one constant.
- E1-017: No Dark Energy — Λ = 0 exactly — apparent acceleration is a readout artifact.
- E1-018: Falsification Predictions — Seven pre-registered observational domains — if CMB-S4 rules out r = ι_τ⁴, the framework falls.