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README.md

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 ## Dataset Description
 
-The **ScienceOlympiad** dataset is a meticulously curated benchmark designed to test the limits of current AI models in scientific reasoning. It comprises elite, competition-level problems in physics and chemistry. Addressing the need for more diverse and realistic challenges, **ScienceOlympiad** introduces two key dimensions: bilingual presentation (English and Chinese) and multimodal integration. Unlike purely text-based datasets, a significant portion of problems requires models to analyze and interpret visual information from diagrams and figures—a critical skill for real-world scientific problem-solving. Our objective is for ScienceOlympiad to serve as a pivotal evaluation tool, accelerating progress in domain-specific reasoning for the physical sciences while advancing the frontier of integrated text and visual understanding.
+The **ScienceOlympiad** dataset is a meticulously curated benchmark designed to test the limits of current AI models in scientific reasoning. It comprises elite, competition-level problems in physics and chemistry. Addressing the need for more diverse and realistic challenges, **ScienceOlympiad** introduces multimodal integration as a key dimension. Unlike purely text-based datasets, a significant portion of problems requires models to analyze and interpret visual information from diagrams and figures—a critical skill for real-world scientific problem-solving. Our objective is for ScienceOlympiad to serve as a pivotal evaluation tool, accelerating progress in domain-specific reasoning for the physical and chemical sciences while advancing the frontier of integrated text and visual understanding.
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 ## Data Fields
 
 Each entry in the dataset represents a single problem and contains the following fields: