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This study focuses on evaluating the performance and potential contributions of ChatGPT, a generative artificial intelligence model, to the advancement of scientific and research fields, including public health, climate change, computer programming, education etc. The research commences by examining the role of ChatGPT in scientific publishing, demonstrating how it can streamline the creation of research content, thereby enhancing the accessibility and dissemination of scientific knowledge. In the context of public health and medical writing, the study investigates how ChatGPT can transform healthcare by assisting professionals and researchers in generating accurate and informative documents, thereby contributing significantly to the widespread dissemination of critical health information and advancements. In the fight against climate change and global warming, ChatGPT emerges as a promising tool for addressing challenges related to data analysis, prediction modeling, and communication. The research explores how ChatGPT can support climate scientists and policymakers in synthesizing intricate data, creating effective communication materials, and mobilizing public awareness and action. Furthermore, the study assesses ChatGPT's contributions to the field of computer programming, where it can aid developers in debugging programming errors. Its ability to comprehend and generate code snippets streamlines problem-solving, thereby boosting software development efficiency and code quality. The research extends its examination to ChatGPT's performance across various domains, including public health, climate change, computer …