CA9-WP-2026-003 · Cahiers de physique théorique CA9
Dated, falsifiable predictions for heavy-baryon spectroscopy and dark matter: Ξ_cc* = 3659 MeV, Ω_b* = 6067 MeV, B₀*/B₁' = 5665 MeV, H_cc = 4497 MeV, and knot dark matter at 1.7–2.2 GeV
Lilian Alexandre Cariou (CA9 SAS) · ORCID 0009-0006-8276-4048
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Abstract. This document freezes, before measurement, the dated quantitative predictions of TQNT, with their values, windows and refutation conditions. Heavy-baryon spectroscopy: Ξ_cc* = 3659 MeV (J=3/2 partner), Ω_b* = 6067 MeV, the fifth Ω_b(1P, j=0) at 6297–6304 MeV, the bottom j_K=1/2 doublet B₀*/B₁' at a centroid of 5665 MeV with a 6.6 MeV splitting, Ω_ccc = 4782 MeV, the doubly charmed dibaryon H_cc⁺⁺ bound at 4497 ± 10 MeV with a displaced vertex (cτ ≈ 30 µm) and its 1⁺ excitation at 4572 ± 10 MeV, and the absence of the light H dibaryon. Dark matter: knots of 1.7–2.2 GeV, invisible to direct detection — any detection at these masses refutes the framework. Each entry carries the measurement that would refute it; a missed prediction counts against the theory, with no requalification. Declared antecedent: Ω_cc = 3,725.9 ± 1.2 MeV (LHCb, June 2026; fine mass 09/2026) falls within the predicted [3715, 3788] MeV range.
Predictions at a glance
| TQNT value — what refutes it | |
| Ξ_cc* (J=3/2 partner) | 3 659 MeV refuted if ~3 690 (lattice, quark models) |
| Ω_b* | 6 067 MeV (+22 vs Ω_b) refuted outside ± a few MeV |
| Ω_b(1P, j=0) — 5th of the quartet | 6 297–6 304 MeV refuted if absent or outside window |
| B₀*/B₁' (bottom j_K=1/2 doublet) | centroid 5 665 MeV, split 6.6 MeV refuted at 5 591, 5 517 or 5 700–5 750 |
| H_cc⁺⁺ (dibaryon, 0⁺ ground state) | 4 497 ± 10 MeV, bound, cτ ≈ 30 µm refuted without displaced vertex |
| H_cc excited 1⁺ | 4 572 ± 10 MeV any peak above 4 573 MeV refutes |
| Ω_ccc | 4 782 MeV (strict) refuted by a clear deviation |
| Light H (uuddss) | ABSENT any detection refutes |
| Dark matter — eremnions | 1.7 to 2.2 GeV, invisible to direct detection any detection at these masses refutes |
| Confirmed antecedent | Ω_cc = 3,725.9 ± 1.2 MeV (LHCb, 06/2026; fine mass 09/2026) predicted in [3 715, 3 788] MeV |
Record
| First published | 4 August 2026 |
|---|---|
| Online version | v3 — 4 September 2026 |
| DOI | 10.5281/zenodo.22282250 |
| Pages | 4 |
| Licence | CC BY 4.0 |
| Languages | English, with a French edition of every document |
How to cite
Cariou, L. A. (2026). Dated, falsifiable predictions for heavy-baryon spectroscopy and dark matter: Ξ_cc* = 3659 MeV, Ω_b* = 6067 MeV, B₀*/B₁' = 5665 MeV, H_cc = 4497 MeV, and knot dark matter at 1.7–2.2 GeV. Cahiers de physique théorique CA9, CA9-WP-2026-003-EN. doi:10.5281/zenodo.22282250
BibTeX record
@techreport{cariou2026003,
author = {Cariou, Lilian Alexandre},
title = {Dated, falsifiable predictions for heavy-baryon spectroscopy and dark matter: Ξ_cc* = 3659 MeV, Ω_b* = 6067 MeV, B₀*/B₁' = 5665 MeV, H_cc = 4497 MeV, and knot dark matter at 1.7–2.2 GeV (pre-registration, TQNT)},
institution = {CA9 SAS},
type = {Cahiers de physique théorique CA9},
number = {CA9-WP-2026-003-EN},
year = {2026},
doi = {10.5281/zenodo.22282250},
url = {https://www.ca9.fr/cahiers/2026/003/}
}