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July 14, 20260 citationsOpen Access

The Carlo Architecture : A Unified, Deterministically Closed Operator Model of Psychological and Symbolic Systems v2

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MCMatthew Arthur Carlo

Key Points

  • The aim is to create a mathematically closed operator model that encapsulates various psychological frameworks into a single deterministic system.
  • Developed a 10-variable global state vector (The Carlo Spine) that integrates multiple psychological theories.
  • Formulated strict execution constraints to ensure mathematical closure and integrity of operations.
  • Mapped frameworks through a series of modular operator compositions, facilitating coherent runtime execution.
  • The system achieves absolute mathematical closure over psychological operations, reducing ambiguity.
  • Demonstrated coherent behavior modeling across disparate psychological frameworks for stable identity simulation.
  • Provides a structured approach to analyzing psychological phenomena through deterministic equations.

Abstract

This specification delivers the definitive, mathematically closed engineering blueprint for the Carlo Unified Operator Model (V2). By mapping six historically divergent psychological, developmental, and linguistic frameworks—Freud, Jung, Lacan, Piaget, Chomsky, and Skinner—into a rigid, 10-variable global state vector (The Carlo Spine), this framework entirely replaces metaphorical ambiguity with non-probabilistic, deterministic execution. Key Enhancements in V2: Strict Dimensional Isolation: Reinforces absolute mathematical closure over the 10-primitive spine, explicitly validating auxiliary terms like Real (t) and Complexity (t) as derived, bounded transforms that introduce no external variables or scaling drift. Stateless Integrity Operators: Clarifies runtime execution bounds, ensuring the system integrity step-functions, recursion depths, and weight matrices remain statically clamped within 0. 0, 1. 0. Cross-Module Runtime Coherence: Maps the complete topological execution cycle—from normalized environmental input parsing through to behavioral consequence—enabling stable structural identity simulation over infinite execution scales. gatheredThe Carlo Architecture (V2) Master Composite Specification \\15ptMaster State Transition Equation: \\5ptState (t+1) = U (State (t), Input (t) ) \\15ptModular Operator Execution Composition (U): \\5ptU = U₂₇₎₌ₒ₊ₘ U₉ₔ₍₆ U₅ₑ₄ₔ₃ U₋₀₂₀₍ U₏₈₀₆₄ₓ Uₒ₊₈₍₍₄ₑ \\15ptThe 10-Primitive Carlo Spine Vector (State (t) ): \\5ptState (t) = \D, C, A, F, T, R, Sy, Sm, I, Dev\ \\15ptIndividual Modular Operator Formulations: \\5ptalignedU₂₇₎₌ₒ₊ₘ: PDF still struggles to render deterministic mathematics without introducing stochastic noise. Contact: For enquiries or research questions related to this work, email matthewcarlo. research@gmail. com

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Cite This Study

Matthew Arthur Carlo (2026) studied this question.

synapsesocial.com/papers/6a55d1475aafca87247f8412https://doi.org/10.5281/zenodo.21325664
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