Creative Prism: A Multi-Agent Socratic Reasoning Framework and AI Hallucination Detection

Core Insight Summary Creative Prism is a multi-agent Socratic reasoning framework inspired by Gestalt psychology (holistic structural cognition) and Bohmian dialogue theory (ontological perception). Through structured dialogue and iterative loops among multi-role agents, it identifies and corrects structural hallucinations (logical inconsistencies, reasoning breaks, etc.) in large language models (LLMs), improving the reliability of AI outputs. The framework treats LLM outputs as holistic structures rather than linear sequences of symbols, approaching more consistent understanding through self-reflection and collisions of multiple perspectives.

Core Challenges of LLM Hallucinations While LLMs can generate fluent text, "hallucinations" (false or incorrect information) restrict their reliable application. Traditional fact-checking focuses on explicit knowledge errors but struggles to capture structural hallucinations: deep-seated issues like logical inconsistencies, conceptual confusion, and broken reasoning chains. These stem from local optimization undermining global structural consistency, requiring solutions at the cognitive structure level.

Two Theoretical Pillars

1. Gestalt Psychology: Arnheim's Visual Thinking points out that perception is an active process of constructing holistic structures. The framework transfers this to the language domain, treating LLM outputs as wholes with internal structures; hallucinations arise from "structural tension" that disrupts coherence.
2. Bohmian Dialogue Theory: Emphasizes the flow of collective thinking and "ontological perception" (self-awareness of one's own thinking). The framework's "ontological perception logical loop" enables self-reflection to identify reasoning biases and blind spots.

Agent Roles and Loop Mechanism

• Role Division: Generator (initial content), Questioner (Socratic questioning), Integrator (coordinate perspectives), Meta-observer (monitor dialogue strategies).
• Dialogue Loop: Generate → Examine → Revise → Meta-evaluate → Terminate (output if consistency is met), similar to an iterative refinement process like peer review by experts.

Hallucination Detection and Calibration

• Hallucination Classification: Distinguish between factual (verifiable errors), structural (logical contradictions), and contextual (out-of-context) hallucinations, with a focus on structural hallucinations.
• Consistency Check: Verify internal logic, cross-modal, temporal, and contextual consistency.
• Confidence Calibration: Evaluate the robustness of conclusions through multi-agent debate; explicitly express uncertainty when there are disagreements to avoid overconfidence.

Key Application Directions

• Complex Reasoning: Reduce error rates in fields like mathematical proof, legal analysis, medical diagnosis (explicitly reveal implicit assumptions);
• Creative Generation: Balance divergence and convergence with multi-perspective feedback;
• Educational Assistance: Demonstrate critical thinking processes, enhance AI interpretability, and assist learners in argumentation training.

Existing Technical Bottlenecks

1. Computational Overhead: Multi-round multi-agent dialogue increases latency; need to balance depth and efficiency;
2. Agent Coordination: Avoid loops or deadlocks; need customized roles and interaction modes;
3. Ambiguous Evaluation: "Reasoning quality" is hard to quantify; need to develop multi-dimensional evaluation frameworks.

Development Directions and Conclusion

• Future Goals: Dynamic agent organization, long-term memory learning, human-AI collaborative reasoning, cross-framework interoperability;
• Conclusion: Creative Prism is not just a technical architecture but also a cognitive methodology—improving AI reliability through self-reflection and multi-perspective collisions. In critical decision-making domains, the pursuit of transparency is more far-reaching than performance improvement.