Controlled statuses
What is established, proposed, selected and open
The project does not assign one confidence label to the entire construction. Each component carries its own status, and a derived statement may still depend on a premise, selection or proposed completion upstream of it.
Compact benchmark
Euler extraction Derived Protected local compact matter coordinate
a_SM=1991/720 Computed Leading free-field SM coefficient
Full a_eff Open calculation Interacting compact-channel matter coefficient
N_E / clutching / U_spin Derived Primitive geometric unit and representative
QCD state preparation Structural premise Maps geometric homotopy class to IR QCD class
B=1 -> m_p/M_P Derived given premise Proton floor and normalized response
Factorized compact assembly Defined Defines q_comp from normalized responses
Monotonic ordering Derived given strict domain B(u)=24π²/u decreases as u increases within 0<u≤1.
Boundary-member prescription Selected compact-sector prescription Evaluate at u_b=u_max; no modulus integration over u.
u_max=1 Selected UV domain Exact reduced-Planck-density endpoint
Decaying thimble Selected contour Suppressed compact orientation
e^(-24π²) Derived given selections Classical compact factor at selected boundary member / UV endpoint / contour
Gravitational dressing Open calculation Source-dependent determinant / higher-curvature action shift
Cosmological completion
η² source dependence Derived Branch-unit covariance of source term
f_0=0 Defined within proposed completion Minimal one-source action choice
c=1 compact-to-global pairing Proposed Overall source normalization
Global-source field equations Derived once action adopted Trace-free completed Einstein equation and scalar relation
Λ_∞/M_N²=q Derived within proposed action + unit pairing Vacuum branch relation
Late-time trace average Amplitude condition Direct asymptotic amplitude identification
w=-1 Derived from proposed completion Spacetime-constant residual on fixed branch
Open programme
- Full interacting a_eff.
- Microscopic QCD state-preparation relation.
- Microscopic boundary-member prescription + exact u_max=1 UV-domain normalization + decaying compact contour.
- Source-dependent quantum/higher-curvature δB calculation.
- Global-source selection + regulator-independent late-time trace-average condition.
Dependency impact is available on Premise, Selected and Proposed records. It shows affected downstream claims and unaffected upstream results before any graph visualization.