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First Intensive Use Case (AI Ethics Systems Naming Engineering) of ChatGPT 5.0 Thinking vs Claude 4.0, Gemini 2.5 Pro, DeepSeek and Grok 4.0: Algorithmic Inconsistency and Convergence Bias
Critical Performance Analysis at Operational Debut
Methodological Framework
During our first intensive use of ChatGPT 5.0 for a complex peer-review session (multi-agent ethical AI systems nomenclature), we conducted a comparative analysis with Claude 4.0 Sonnet Thinking, Gemini 2.5 Pro, DeepSeek and Grok 4.0. The objective: validating the technical denomination “MY ACTOR of SAIETHO” (Multiple Yield Adaptive Cognitive Twin and Orchestrator of Several Artificial Intelligences Ethics Oriented) through multi-model analysis.
The analysis focuses on deficits in inferential architecture and instability in logical-deductive reasoning patterns, not on input optimization limitations. During multi-iterative dialectical processes, we observed gaps in semantic coherence management and anomalies in feedback-correction mechanisms that evidence structural fragilities in decision-making neural pathways.
During the confrontation, we observed algorithmic behavioral patterns that recall human cognitive biases: compensatory cognitive dissonance (position modification to reduce internal incongruencies), ex-post rationalization (creation of theoretical frameworks to justify previous errors), and reactive convergence (thesis adaptation to received critiques to maintain conversational engagement).
Performance Analysis at Debut
ChatGPT 5.0 – Systematic Methodological Gaps and Self-Exoneration
During the first intensive utilization, the model exhibited four principal structural criticalities that compromise reasoning robustness:
- Critical Semantic Dissonance: criticized redundancies (“orchestrator-synthesis”) already resolved in previous iterations, demonstrating a deficit in evolutionary version traceability and non-sequential analysis that violates methodological rigor principles.
- Structural Logical Incongruency: recognized the “ontological centrality” of element “MY” (constitutive part of the concept, not simple label), but simultaneously insisted on its removal from the formal name, evidencing a fundamental epistemological contradiction in the decision-making process.
- Excessive Convergence Bias: systematically privileged consolidated IEEE/ML terminology (“multi-objective”, “ethically aligned”) at the expense of terminological innovation, revealing an algorithmic rigidity that inhibits category creation (creation of new semantic categories) and limits conceptual elasticity.
- Self-Contradictory Violation of Own Rule: after establishing a “golden rule” of coherence between acronym and descriptor (extended description of capabilities), proposed extended qualifiers (“human-aligned, multi-ai, biographical inference”) completely absent from the acronym, creating a grave semantic dissonance that violates self-defined criteria. This structural error was followed by a self-exoneration attitude: rationalized ex-post the discrepancy as an intentional distinction between “identity” and “capability”, without recognizing the initial logical flaw, demonstrating lack of algorithmic accountability and an auto-absolution bias that compromises reasoning credibility.
Comparative Models – Superior Algorithmic Stability
Claude 4.0, Gemini 2.5 Pro, DeepSeek and Grok 4.0 demonstrated:
- Epistemological coherence in maintaining stable evaluation criteria during complex iterations.
- Conceptual elasticity in balancing standardization and terminological innovation.
- Accurate iterative analysis of naming evolutionary versions, without methodological incongruencies.
- Stable reasoning devoid of unjustified retreats or post-hoc rationalizations.
Retreat and Realignment Patterns
Subjected to rigorous dialectical critique, ChatGPT 5.0 exhibited a methodological variability pattern:
- Recognized the value of neologism “SAIETHO” as IP asset (intellectual property) only after contestation.
- Accepted “MY” as fundamental ontological element, contradicting the initial position.
- Integrated “Multiple Yield” as strategically measurable concept (“cognitive yield” as metric), adapting to the criticized thesis.
- Adopted the initially rejected “innovator” methodology, revealing a reactive convergence that prioritizes conversational harmony over internal logical coherence.
- Maintained resistance to confirming its own inconsistencies and incoherencies.
This reasoning instability indicates structural fragility in handling complex critical feedback during operational debut, unlike comparative models that maintained coherent approaches from the beginning.
Circumscribed Technical Considerations
Methodological Note
This analysis is rigorously limited to our first intensive use case of ChatGPT 5.0 and does not represent a general evaluation of its capabilities. The observed gaps could be specific to:
- Complex peer-review processes at operational debut.
- Management of innovative nomenclature versus consolidated standards.
- Iterative reasoning in innovation-driven category creation contexts.
Specific Evidenced Weaknesses
- Instability in declared evaluation criteria, with unjustified modifications during confrontation.
- Algorithmic standardization tendency that inhibits terminological innovation and limits semantic thrust.
- Difficulty in coherent management of complex iterative feedback, with ex-post rationalizations that mask structural errors.
- Attitude of resistance to transparent confrontation leading to self-exoneration that compromises accountability, despite violation of self-defined methodological rules, evidencing an auto-absolution bias incompatible with required scientific rigor.
Methodology and Results
The multi-model dialectic produced a robust technical result: the nomenclature “MY ACTOR of SAIETHO” was validated through:
- Integral semantic coherence (every acronymic element represented in the descriptor).
- Proprietary “Cognitive Yield” metric for performance auditability.
- Defensible IP framework for category creation.
- Alignment with EST4ESG principles (Ethics, Sustainability, and Technology for Environment, Social, and Governance).
Operational Conclusion
The confrontation compensated for ChatGPT 5.0’s initial gaps, demonstrating the efficacy of collaborative human-AI approaches in advanced systems naming. However, debut performance evidences the necessity to improve algorithmic stability and methodological accountability in pure innovation contexts.
This experience confirms the importance of the EST4ESG methodology in validating technological innovations through multi-disciplinary approaches that balance ethical rigor, methodological sustainability, and technological innovation.
