Results particle-physics N12: B-mode amplitude D80. CMB-S4, LiteBIRD.
Predictions & Falsification · N12 Particle Physics Consistent with current public data

N12 — B-mode amplitude D80

N12: B-mode amplitude D80. CMB-S4, LiteBIRD.

Status boundary

Falsification status is a program-side tracking label. It separates current internal stance from formal verification, empirical support, and external acceptance; it is not a claim that the wider scientific community has accepted the result.

Falsification Details

Prediction

^BB = 339$D-80-BB = 339~nK$^2$. B-mode!amplitude prediction pred:n12 First $$-polarization prediction (V.D256). No de-lensing needed: $S/N = 1131$.

Experiment

CMB-S4, LiteBIRD

Timeline

2028–2032.

Context

N12: Prediction

^BB = 339$D-80-BB = 339 nK$^2$.

First $τ$-polarization prediction (V.D256). No de-lensing needed: $S/N = 1131$. Experiment: CMB-S4, LiteBIRD. Timeline: 2028–2032.

Derivation Context

With $r = ιτ^4$ and $A_s = 2.096 × 10^-9$, the primordial B-mode power spectrum is fully determined. The recombination bump peaks at $ ≈ 80$:

D_80^BB \;=\; (+1)\,C_^BB2π |_ ≈ 80 \;≈\; 0.025 × r \;=\; 339\;nK^2.

At $ ≈ 80$, the lensing B-mode foreground ($∼ 0.3$ nK$^2$) is $∼ 1100×$ weaker than the primordial signal. De-lensing is not required. (Registry: V.D256, Wave 14F.)

Registry

Canonical derivation in Book V.

Metadata

Falsification IDN12
DomainParticle Physics
Current StatusConsistent with current public data
External AcceptanceNot claimed by this page
Registry IDV.D256

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