Claims — Walls
Every claim on Walls and the pages under it, one line each: name, tier, verifier. 39 claims at this build. All sections.
Walls
- The locality criterion rule —
explore_size_transform.py - The hiding lemma rule —
explore_size_transform.py,explore_size_crystallization.py,explore_walls_provenance.py - The exact comparator and its cost law rule —
explore_rns_comparator.py - A live method pays the classified price rule —
explore_comparator_ruler.py - The conjunctive split rule —
explore_organizing_relations.py - Cyclic orientation is totally hidden rule —
explore_coupling_order.py - Nothing plays unbounded induction rule —
explore_organizing_relations.py - The provenance ladder rule —
explore_walls_provenance.py - The deletion is resource-forced observation —
explore_merge_dissolution.py,explore_dual_merge.py,explore_noncommutative_merge.py
Number systems
- The index transform rule —
explore_index_transform.py - The Zech wall rule —
explore_index_transform.py - The rigidity dichotomy rule —
explore_index_transform.py - The third log rule —
explore_super_log.py - The finite ladder rule —
explore_super_log.py - The two-readings criterion criterion —
explore_numeration_windows.py - The readability chart rule —
explore_numeration_windows.py - The internet-checksum ring rule —
explore_checksum_ring.py - The machine-word tower and the uint64 departure rule —
explore_machine_word_tower.py,explore_uint64_tower.py,explore_fermat_reciprocal_tail.py
Meaning
- Exact binding property —
explore_meaning_codeword.py - Snap-to-whole in three exact zones rule —
explore_meaning_codeword.py - The superposition wall and its cure rule —
explore_meaning_codeword.py - The similarity carrier rule —
explore_similarity_carrier.py - The component criterion and the readable hull criterion —
explore_overlap_carrier.py - The decoupling law and the coupling toll rule —
explore_ring_ca.py - The snap-back automaton rule —
explore_snapback_ca.py
The dual pole
- The two-pole reading criterion rule —
explore_dual_lipschitz.py,explore_dual_locality.py,explore_dual_redundant.py - The exchange of crown and blind spot property —
explore_dual_pole.py,explore_dual_redundant.py,explore_order_wall_shape.py - The two-ends law rule —
explore_dual_pole.py,explore_dual_locality.py,explore_dual_lipschitz.py - The exception-density law rule —
explore_dual_measure.py - Benford is the dual Haar property —
explore_dual_measure.py
The order wall
- The order wall's shape rule —
explore_order_wall_shape.py,explore_sign_minimal.py,explore_sign_sparse.py,explore_sign_window.py,explore_sign_monoid.py,explore_monoid_correction.py,explore_monoid_quotient.py
The division algebras
- One channel-sensitive floor, then uniform collapse rule —
explore_division_ladder.py - The composition norm is the channel-computable size rule —
explore_division_ladder.py - Nilpotents return, and the meadow splits by the decality rule —
explore_division_ladder.py,explore_designed_ramification.py - Napier narrows to the norm rule —
explore_division_ladder.py - The criterion saturates within channels and holds across them rule —
explore_division_ladder.py - Composition outlives division by exactly two floors rule —
explore_division_ladder.py - Designed ramification rule —
explore_designed_ramification.py - The deleted budget rule —
explore_deleted_budget.py,explore_rank_face.py,explore_regulator_face.py,explore_ramification_face.py