IndisputableMonolith.CondensedMatter.StronglyCorrelatedElectronsStructure
Module establishes that strong-correlation electron structures imply the structural inputs for glass transitions. Condensed matter researchers modeling correlated systems would cite it when connecting electron correlations to glassy phases. The module imports GlassTransitionStructure and organizes three sibling objects to construct the implication.
claimStrong correlation structure implies glass-transition structural input.
background
The module belongs to the CondensedMatter domain and imports GlassTransitionStructure, which supplies the structural inputs required for glass transitions. It introduces definitions that derive strongly correlated electron structures from the ledger and link them to those inputs. The local setting is the Recognition Science treatment of condensed matter phases built from the J-cost and phi-ladder framework.
proof idea
This module organizes definitions and an implication. It defines strongly_correlated_electrons_from_ledger, strongly_correlated_electrons_structure, and the implication strongly_correlated_implies_glass that applies the upstream glass transition structure.
why it matters in Recognition Science
The module feeds TopologicalPhasesStructure by supplying the required link from strong electron correlations to glass-transition inputs. It fills the condensed-matter step that connects ledger-derived structures to phase behavior in the Recognition framework.
scope and limits
- Does not derive numerical correlation strengths from the phi-ladder.
- Does not specify lattice geometry or spatial dimension.
- Does not treat dynamical relaxation times in the glass transition.