Novel architecture improves temporal knowledge accuracy in language models, suggesting higher reliability in responses.
Current Large Language Models are frozen in time, producing erroneous answers on temporally evolving knowledge at rates between 18–23%. This paper presents the Completeness-Gated Temporal Knowledge Management System (CGTKMS), a novel architecture that moves knowledge management outside the LLM into a dedicated Management Neuron. The system organizes knowledge in temporal buckets, tracks coverage completeness per topic, and only archives old knowledge when its replacement is verified as complete. Projected result: temporal error rates reduced from ~20% to under 3%, with zero catastrophic forgetting and full backward compatibility.
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Jay prakash Bhagat (2026) studied this question.
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