arXiv:2604.06288·v2·High Energy Physics — Phenomenology
Experimental predictions of the octonionic unification program : A falsification-oriented catalogue for quantum foundations, particle physics, gravitation, and cosmology
Abstract
The octonionic unification programme makes empirical claims across quantum foundations, particle physics, gravitation, and cosmology. This catalogue assembles them as possible failure modes rather than a success list, classified by logical strength and distinctiveness. Standing entries include collapse in time with an attosecond cutoff, , the first-generation pattern, and . Version~2 upgrades every sector to the dedicated 2026 papers. Neutrinos: the v1 maximal leptonic phase, a removable-rephasing artifact, is corrected to conditional CP conservation, ; the minimal Majorana branch commits to inverted ordering with masses ~meV, ~eV, ~meV; the three right-handed neutrinos become diluted ~eV relics closing the matter budget, with a two-epoch dark-radiation fingerprint ( at BBN, at recombination). The second Higgs becomes a full electroweak quartet in a CP-conserving 2HDM near alignment, mass undetermined. Gravitational parity-blindness is derived via three screening theorems, residual violation confined to a quantified operator basket, with CMB TB/EB correlations observable if and a Galactic-supernova triple-timing test at . CKM: two of four degrees of freedom parameter-free (, ), the remainder one complex bridge element, fragilities disclosed. The Tsirelson-bound violation is recorded as mechanism-and-sign with magnitude underived, hence not yet falsifiable.
Comments: v2: leptonic CP entry corrected (v1 maximal phase was a removable-rephasing artifact; now delta_CP in {0,pi}, per arXiv:2606.27836); sterile sector updated to cosmological role (~40 eV relics; two-epoch Delta N_eff); second-Higgs, gravity-parity, CKM and Tsirelson entries upgraded to the 2026 papers; 13-row predictions ledger (experiment, timeline, kill condition, date) added