lattice-isomorphism-spectrum
OpenQAlgorithms.Papers.Independent.Intakethird100.P20.lattice_isomorphism_induces_homeomorphismAn isomorphism of complete lattices induces the canonical homeomorphism of Stone spectra
No converse from homeomorphic Stone spectra to lattice isomorphism is asserted.
import Definitions.Def_QAlgorithms_Papers_Independent_Intakethird100_P20
noncomputable section
namespace QAlgorithms.Papers.Independent.Intakethird100.P20
open Set TopologicalSpace
open QAlgorithms.Papers.Independent.Next46.P33 (Projection)
open scoped Topology
universe u v
/-- lattice-isomorphism-spectrum; de Groote, Observables I, PDF p./pp. 55.
-/
theorem lattice_isomorphism_induces_homeomorphism {L : Type u} {K : Type v} [CompleteLattice L] [CompleteLattice K] (e : L ≃o K) :
∃ h : StoneSpectrum L ≃ₜ StoneSpectrum K,
∀ B, (h B).val = e '' B.val := by sorry
end QAlgorithms.Papers.Independent.Intakethird100.P20
end
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What the Lean code literally says, in plain math · gpt-6.1-sol
Let and be complete lattices, and let be an order isomorphism, meaning a bijection satisfying if and only if . For either lattice , let consist of its inclusion-maximal nonempty subsets that exclude and in which any two members have a common lower bound belonging to the subset, and equip with the topology generated by for . There exists a homeomorphism such that, for every ,
No nontriviality assumption is imposed on either complete lattice, so empty quasipoint spaces are included.
Confirmed by the mission captain (proposal self-audit).
Confirmed by the moderator at approval.