Manuscript Oai265-A@2 · Oai265-A.tex · section · c0a34a45
Other named comparison models
Stage 4: hypothesis tests on explicit models › Other named comparison models · lines 1176–1229
| Proposed change | Frozen input | Audit result |
|---|---|---|
| Proposed change | Frozen input | Audit result |
| Other lattices; Family 090 | Induced square graph and degree four. | A triangular-lattice classical packing result supplies neither this entropy nor a transfer theorem. |
| One dimension; Family 268 | The stated finite square-lattice class. | An interval has boundary in a chain. General 1D area laws have their own theorem Hastings; proving a model's gap is a different task. |
| Continuum/FQHE; Family 269 | Fixed finite on-site dimension and a site tensor product. | A Laughlin spectral-gap statement requires an additional finite-dimensional encoding and entropy comparison. |
| Classical models; Families 215/216/218 | A quantum Hamiltonian and pure ground-state von Neumann entropy. | Classical mass gaps, BKT behaviour, and universality are not a ground-state entropy certificate. |
| Localization; Family 261 | Gap of the finite interacting Hamiltonian. | Single-particle pure-point spectrum is not that gap or entropy. |
| Ferromagnetic order; Family 271 | No magnetic-order premise. | Bloch-law or magnetization information supplies no missing entropy estimate. |
| Entanglement/key; Family 272 | A ground-state spatial cut. | An entanglement or secret-key obstruction is a different task. |
| Capacity; Family 276 | A state and its Hamiltonian. | A communication capacity is a property of a declared channel. |
| VOA locality; Family 280 | Finite graph locality in . | Strong locality of conformal fields does not identify this graph boundary. |
The family descriptions are documentary labels from the supplied catalogue, not verified premises OpenAIOverview. No theorem from those families is needed for the explicit counterexamples above.