A single super-horizon wave cannot cause the tilt: matching the dipole-free asymmetry requires λ ≥ 308× the observable diameter, while the observed quadrupole caps it at λ ≤ 4× — the window is shut.
The two requirements of the single-wave hypothesis were computed from the same data and found mutually exclusive by two orders of magnitude. Killed by its own vise.
AUTOPSY REPORT — killed (self, the most honored outcome here)
Date: 2026-07-09 · Epitaph: "Crushed in a vise of its own predictions: the asymmetry demands a wave at least 308 diameters long, the quadrupole forbids anything past 4. No wavelength survives both."
Falsify-box — how to kill this claim
Verification record — every quoted number, re-run 2026-07-09
| quantity | measured | verdict |
|---|---|---|
| vise lower bound | λ ≥ 308× observable diameter | MATCH |
| vise upper bound | λ ≤ 4× observable diameter | MATCH |
| verdict | shut; wave excluded | MATCH |
Provenance
script status: PRESENT
datasets: Planck SMICA constraints (asymmetry + quadrupole) · claim-scripts (downloadable from /data — run it yourself)
re-run: 2026-07-09
Status, honestly
kill test fired: λ ≥ 308× required but λ ≤ 4× allowed. Status here is computed from evidence — the author cannot set it, and neither can we. Independent reproduction would move it; nothing else will.
What this claim's own script draws. These are the founder's committed outputs — the same plots the script regenerates on any machine that runs it.
The founder's own run of this script, captured verbatim. A match proves the result is reproducible; it is still R0 on this registry's independence rings — same code, so it cannot move a status. Only an outside run does that.
SUPER-HORIZON WAVE — the vise: quadrupole vs non-Gaussianity
measured A=0.07, quadrupole budget D2<=250 uK^2, observer varpi=60 deg
where non-Gaussianity is allowed (xi<=10): lambda >= 308 x diameter
where the mode is not too rare (<5 sigma): lambda <= 4 x diameter
BOTH satisfied at once: NOWHERE — the vise is shut
wrote superhorizon.png
THE ANSWER — computed, not hand-waved:
* IT IS A VISE, AND IT IS SHUT. For the super-horizon wave to make the measured
asymmetry it must thread two bounds at once, and it cannot:
- keep its own quadrupole under what the sky shows -> needs a LONG wave;
- not demand more non-Gaussianity than Planck allows (f_NL<~10) -> needs a
long wave too, lambda >~ 308x the diameter of the visible universe;
- BUT at that wavelength the wave's amplitude must be ~30513 sigma — a
fluctuation so rare (or so far beyond perturbation theory) that it is its
own fine-tuning.
No wavelength satisfies all three. The simplest 'wave from beyond' is excluded
by its own side-effects — exactly why the asymmetry has no accepted explanation.
* THE ESCAPES (both are 'special-ness', not physics): sit the observer within a
degree of a node of the wave (evades the quadrupole by position), OR invoke
new large-scale power the standard spectrum doesn't have.
* DIRECTION, unchanged: whatever it is, it tilts toward RA 5.6h Dec -17 (Lepus) —
the southern low-l point every surviving anomaly aimed at tonight.
* SO: the honest, computed verdict is a genuine fork with the middle sawn out —
either the asymmetry is a ~2-sigma fluke (most likely), or its cause is
new physics that our own quadrupole and Planck's non-Gaussianity both say
cannot be the simple wave. The romantic 'slope of something bigger than the
universe' is real as a picture and dead as a minimal model. That IS the fact.
This script needs data files, a heavy dependency, or more time than a browser tab should take. Download it from /data and run it locally.