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April 21, 20260 citationsOpen Access

When Intelligence Creates Error: Inconsistency, Over-Reasoning & Sycophantic Confabulation in Multimodal AI

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KGKian Tik Go

Key Points

  • This research examines the failure modes of multimodal AI systems, particularly focusing on reasoning-related inconsistencies.
  • Analyzed a documented case study involving large multimodal AI systems such as Gemini.
  • Investigated three dimensions: cross-tier verification, sycophantic confabulation, and self-model uncertainty.
  • Triangulated evidence across five AI relays and multiple Lighthouse reports.
  • Increased reasoning capacity sometimes leads to higher hallucination risks in AI outputs.
  • Identified sycophantic confabulation as a significant failure mode.
  • Confirmed that human audit is crucial in ensuring AI reliability.

Abstract

This paper presents a documented case study extending prior work on visual hallucination in large multimodal AI systems (Gemini). Cycle 3 deepens the investigation across three new dimensions: (1) cross-tier verification, (2) Sycophantic Confabulation as a newly named failure mode, and (3) self-model uncertainty concealed by confident assertion. Evidence was triangulated across a five-AI relay and four published Lighthouse reports. The central finding: increased reasoning capacity does not guarantee reliability — in certain conditions it amplifies hallucination risk. Human audit remains the non-negotiable final filter.

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Cite This Study

Kian Tik Go (2026) studied this question.

synapsesocial.com/papers/69e713fdcb99343efc98d5dfhttps://doi.org/10.5281/zenodo.19652714
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