What the Label Framework Predicts: a Catalogue of Tests Across Physics

In the label framework matter is a field of comoving labels with volume-preserving relabellings, and numbers are outputs or labels, values that symmetry does not fix. We list its predictions across physics with their status, whether they differ from the standard picture or from MOND, and which data test them. Of 62 items, 19 differ from the standard picture with its usual dark-matter extensions, 7 from MOND, and 13 are negative results; each holds under the premises given with it. A literature sweep, mostly of abstracts, finds none of the distinguishing items refuted as stated, and four are contested by present data. For galaxies the framework predicts no MOND-like external-field effect and a Tully–Fisher slope rising from 3.4 to 4.0 between 20 and 300 km s⁻¹; under a host-epoch rule other than the one that gives the slope, it also predicts an acceleration level growing with redshift. In cosmology, if the apparent phantom comes from the coupling m(φ), a line S8(w̄) ties it to the growth of structure. For particles, a classical argument in two quantisation schemes shows that dark matter cannot both carry an abelian gauge charge and annihilate. In laboratory physics no new number appears.