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Résumé : Large Language Models’ (LLMs’) quick development has transformed natural language processing and made it possible to produce content that appears human in a variety of applications. One major issue that still exists, though, is the problem of hallucinations, in which LLMs generate information that is not supported by the incoming data or empirical knowledge. These hallucinations pose hazards in crucial applications, including the legal, medical, and educational fields, by compromising the quality and dependability of AIgenerated content. Resolving this issue is essential for enhancing the reliability and practical applications of LLMs. Through a thorough approach that incorporates quantitative measures and visualization techniques, this study seeks to assess hallucinations in LLMs. The overall objective is to establish robust methods for identifying, quantifying, and comparing hallucination patterns across different models and applications. Through the scrutiny of the performance of different large language models (LLMs), the research seeks to determine patterns and causative factors of hallucinations. Developing more accurate and dependable models will be facilitated in the process. The findings of the investigation should enable us to better comprehend the mechanisms of hallucinations and develop effective mitigation strategies.