Addendum to lexicon
ADDENDUM
Recursive Admissibility Closure
Status: Exploratory Analytical Note
Purpose
The formal operational scope of the current Dot Theory programme extends from Ω (Possibility Space) to ΛΞ (Residual Relation).
During analysis of the resulting closure structure (Run2), several additional candidate objects emerged. These objects are not presently admitted as formal programme terms and remain outside the declared operational scope of the framework but are included within the IPI Lexicon and sublexicon.
The Run1 formal structures are recorded here as analytical observations for future consideration.
Closure Structure
Ω ── ℐ ── 𝓕 ── A ── A*
Ω*─* |
╱ ╲ ╱ ╲
SRC SRM PRC PRM
╲ ╱ ╲ ╱
| % ─ |
ΛΞ ── ≃ ── ∂A ── FDG ── DC
The formal programme terminates at:
Ω → ℐ → 𝓕 → A → A* → PRC → PRM → DC → FDG → ∂A → ΛΞ
The remaining objects are discussed only as possible implications of the resulting closure on repeated Accord.
Ω* — Localised Possibility
Candidate Definition
A possibility space conditioned by prior localisation, determination, residual exposure, and operational traversal.
Interpretation
Ω represents possibility prior to localisation.
Ω* represents possibility after localisation.
The two objects are therefore related but not identical.
Ω* ≃ Ω
Ω* ≠ Ω
The distinction arises because the traversal itself may alter the available landscape of future distinctions.
No formal operational status is currently assigned.
* — Emergent Localisation Point
Candidate Definition
A candidate point of future localisation not derivable from the current operational cycle.
Interpretation
The formal cycle determines admissible expression and residual structure.
The transition from Ω* toward a subsequent localisation appears not to be governed by existing programme objects.
The symbol * is therefore used as a placeholder for candidate emergence.
No formal interpretation concerning free will, agency, creativity, or ontology is asserted.
SRC — Self-Relative Classification
Candidate Definition
A hypothetical recursive analogue of Projection Relative Classification.
Interpretation
PRC asks:
"What is this object relative to a declared projection?"
SRC would ask:
"What is this possibility relative to the current localisation?"
SRC remains entirely speculative and is introduced only as a structural symmetry observation.
SRM — Self-Relative Measurement
Candidate Definition
A hypothetical recursive analogue of Projection Relative Measurement.
Interpretation
PRM asks:
"What measurement distinguishes between candidate projections?"
SRM would ask:
"What distinction permits a future localisation to become operationally meaningful?"
Among the exploratory objects discussed here, SRM appears the strongest candidate for future investigation.
No formal admission is proposed.
% — Operational Consequence
Candidate Definition
A marker denoting realised consequence, utilisation, or operational effect.
Interpretation
The symbol % is not intended as a mathematical percentage.
It is used because it visually denotes a local part within a larger whole.
The symbol therefore functions as a marker for:
usefulness,
effect,
application,
or realised consequence.
It sits outside the primary operational chain because usefulness is not itself generated by admissibility, classification, or derivation.
It emerges from their deployment.
Structural Observation:
The closure diagram appears to separate three domains:
Generative Domain
Ω → ℐ → 𝓕 → A → A*
Operational Domain
A* → PRC → PRM → DC → FDG → ∂A → ΛΞ
Recursive Domain
Ω* → SRC → SRM → *
The first domain concerns possibility and admission.
The second concerns classification, measurement, determination, and residuals.
The third concerns the possible generation of future localisations.
Only the first two domains currently form part of the declared programme.
Closing Note:
The objects discussed in this addendum are admitted into the Dot Theory Lexicon.
Their negation/non inclusion and distinction as part of Run2, results from analysis of the closure structure rather than from operational necessity (scope of research programme).
Accordingly, they should be regarded as exploratory analytical observations rather than framework commitments.
Future work may determine whether any possess sufficient operational value to warrant formal localisation.
Until such necessity is demonstrated, the formal scope of the programme remains bounded by:
Ω → ℐ → 𝓕 → A → A* → PRC → PRM → DC → FDG → ∂A → ΛΞ