IndisputableMonolith.Physics.CondensedMatterPhasesFromConfigDim
Catalogues condensed-matter phases as discrete labels forced by configuration dimension in Recognition Science, together with a count and a certificate that the enumeration is complete. A condensed-matter theorist or RS auditor would cite it when linking phase taxonomy to the D=3 forcing step. The module is definitional: an inductive phase type, a cardinality lemma, and a cert bundle; no deep analytic proof.
claimThe module introduces a finite type of condensed-matter phases derived from configuration dimension, a count of those phases, and a certificate asserting that the enumeration matches the RS-forced phase list in $D=3$.
background
Recognition Science forces spatial dimension $D=3$ at step T8 of the unified forcing chain, after the eight-tick octave (period $2^3$) and the golden-ratio fixed point $\phi$. Configuration space in that dimension supports only a discrete set of stable condensed-matter phase labels once the recognition cost $J$ and the ladder structure are fixed.
The module sits in the Physics domain and imports only Mathlib and the RS Constants layer (where the native time quantum is $\tau_0=1$ tick). It does not re-derive $D=3$; it consumes that landmark and turns it into an explicit phase taxonomy.
Sibling objects are an inductive (or enumerated) type of phases, a natural-number count of inhabitants, and a certificate structure packaging the claim that the count and the labels are the complete RS list.
proof idea
This is a definition module with light certification, not a deep proof development. It declares the phase type, proves (or computes) that its cardinality equals a fixed natural number, and packages both into a certificate record. Any nontrivial content is by direct case analysis or rfl on a finite enum; there is no appeal to analytic estimates or continuum limits.
why it matters in Recognition Science
Gives Physics a named, countable phase list tied to configuration dimension so later RS results can refer to solid, liquid, gas, and related phases without ad-hoc strings. Downstream use is currently empty in the graph, so the module is a leaf taxonomy rather than a lemma feeding a parent theorem. It anchors the condensed-matter side of the $D=3$ landmark (T8) and keeps phase language consistent with the eight-tick and $\phi$-ladder scaffolding used elsewhere in the monolith.
scope and limits
- Does not derive D=3; assumes the T8 forcing result.
- Does not prove thermodynamic stability or free-energy inequalities.
- Does not model critical exponents, order parameters, or renormalization flow.
- Does not connect phases to the mass ladder or alpha band.
- Does not claim experimental phase diagrams beyond the discrete label set.