Theorems — Dynamic Semiotics
Every theorem derives from Axiom-0. Classical results emerge as degenerate limits.
10 theorems across 1 modules
Catalog
| ID | Name | Module |
|---|---|---|
T-S-1 | Tier-1 Kernel Identities Hold for All 30 Sign Systems. | semiotic_theorems |
T-S-2 | Symbolic Recursion and Interpretant Depth Jointly Anchor IC. | semiotic_theorems |
T-S-3 | Dead Languages Preserve Coherence Through Frozen Channels. | semiotic_theorems |
T-S-4 | Formal Systems Have Extreme Channel Profiles. | semiotic_theorems |
T-S-5 | Iconic Persistence and Symbolic Recursion Are Inversely Related. | semiotic_theorems |
T-S-6 | Natural Languages Are Balanced but Mediocre. | semiotic_theorems |
T-S-7 | Animal Communication Systems Have High Drift. | semiotic_theorems |
T-S-8 | High Semiotic Density Correlates with Higher Fidelity. | semiotic_theorems |
T-S-9 | Formal > Chemical > Natural in Ground Stability Contribution. | semiotic_theorems |
T-S-10 | Semiotic Categories Form a Drift Hierarchy. | semiotic_theorems |
Semiotic Theorems
Source: closures/dynamic_semiotics/semiotic_theorems.py
T-S-1: Tier-1 Kernel Identities Hold for All 30 Sign Systems.
- Function:
theorem_TS1_kernel_identities() - Module:
semiotic_theorems
T-S-2: Symbolic Recursion and Interpretant Depth Jointly Anchor IC.
- Function:
theorem_TS2_recursion_depth_coupling() - Module:
semiotic_theorems
T-S-3: Dead Languages Preserve Coherence Through Frozen Channels.
- Function:
theorem_TS3_dead_language_frozen_coherence() - Module:
semiotic_theorems
T-S-4: Formal Systems Have Extreme Channel Profiles.
- Function:
theorem_TS4_formal_system_extreme_profiles() - Module:
semiotic_theorems
T-S-5: Iconic Persistence and Symbolic Recursion Are Inversely Related.
- Function:
theorem_TS5_iconic_symbolic_tradeoff() - Module:
semiotic_theorems
T-S-6: Natural Languages Are Balanced but Mediocre.
- Function:
theorem_TS6_natural_language_balance() - Module:
semiotic_theorems
T-S-7: Animal Communication Systems Have High Drift.
- Function:
theorem_TS7_animal_communication_collapse() - Module:
semiotic_theorems
T-S-8: High Semiotic Density Correlates with Higher Fidelity.
- Function:
theorem_TS8_density_fidelity_anchor() - Module:
semiotic_theorems
T-S-9: Formal > Chemical > Natural in Ground Stability Contribution.
- Function:
theorem_TS9_ground_stability_hierarchy() - Module:
semiotic_theorems
T-S-10: Semiotic Categories Form a Drift Hierarchy.
- Function:
theorem_TS10_drift_ordering_by_category() - Module:
semiotic_theorems
Generated by the Headless Contract Gateway (HCG) · Domain: dynamic_semiotics · UMCP v2.2.5