Reviewed status: This older post is preserved as a field note and now points to the current book/corpus record. The public-facing equations and media below are kept inside a mobile-safe reading frame; current technical citation should follow the DOI anchors above.
The Two Deal-Breakers
Falsifier A — The “lightest” neutrino isn’t light: If future experiments find
(clearly and robustly), the simplest QTT neutrino pattern fails.
Falsifier B — The splitting ratio is off: If the measured ratio of mass-squared gaps ever settles away from this number,
QTT’s minimal neutrino sector is falsified.
Why this is a the deal?
Most theories gives a lot of room to maneuver: extra knobs, hidden assumptions, “inconclusive” outcomes. Here, the target is a single clean number—a constant that comes from Artian Geometry and Axiom 1 of Quantum Traction Theory (π and a half-angle), not from fitting data. If nature doesn’t land on it, we pack up this part of the story.
What the symbols mean (30 seconds)
m1: the mass of the lightest neutrino state.
The boxed number
Equation
4π²cos²(π/8)
: a prediction from Quantum Traction’s “two-clock” Artian geometry.
Where the evidence stands today
Current global fits (all oscillation experiments combined) put the ratio near 33–34.
The boxed prediction is 33.697.
That’s within current error bars—i.e., the prediction is alive and well right now.
As measurements tighten, we’ll either see the number converge (good for QTT) or drift away (game over for this minimal version).
How we’ll know (the experiments to watch)
JUNO (reactor neutrinos): ultra-precise .
DUNE / Hyper-K (accelerator + atmospheric): nails and the mass ordering.
KATRIN / Project-8 (beta decay) & cosmology: squeeze the absolute masses, pushing on .
Why make falsifiers this sharp?
Because progress loves risk. A theory that can be wrong is a theory that can teach us something—either by passing a hard test or by showing us exactly where to look next.
Quick FAQ
Isn’t 33.697 just numerology? No. It comes from a specific, one-step geometric projection in the theory (a half-angle from the “two-clock” map). There’s no fit parameter you can slide to make it work.
What if the data end up at 33.0 instead? Then this minimal neutrino sector of QTT is falsified. Full stop.
Does this say anything about dark matter or cosmology? For sure, this is the dip of the ice-burg. 😉
Shareable snippet
Two ways to kill it: or. No knobs. No excuses. Just data.
Coming next
That little “= ?” you may have seen in our other posts is not decoration. It points to a deeper unification we haven’t revealed yet. We’ll discuss “emergent Standard Model” in the next version of the book.
The ratio identity is conditional; its finite source construction remains open.
Once the nonzero source vector (0, 1, ρ) is supplied, Δm231 / Δm221 = ρ2 follows exactly. The audit closes a necessary correction: common completed-bundle and A1 factors cancel, so they cannot by themselves supply a relative ρ.
A finite asymmetric branch pair and a finite certificate for the five-fold neutral completion remain amber gates. The frozen JUNO target remains a separate observational test of the conditional line.
Concept DOI is the citation target. The latest version under the concept family speaks. The full live index is the QTT DOI Map.
Book Artian Geometry & Quantum Traction Theory Main book record and ontology map; the stable citation anchor for the whole corpus. Concept DOI: 10.5281/zenodo.17527179
Test MACS J0025 and El Gordo Negative Lensing Audit Negative out-of-sample lensing audit for MACS J0025 and El Gordo. Concept DOI: 10.5281/zenodo.20095338
Audit Equation 601 Failed Route and Audit Record Public erratum for the failed Equation 601 route, kept visible as an audit record rather than promoted as a theorem. Concept DOI: 10.5281/zenodo.19982606
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and the mass ordering.
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or
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