Inspiration

The inspiration for this project arose from the need to make complex scientific articles in dentistry more accessible and understandable to a broader audience. Recognizing the challenges of technical language and dense content, the project aims to leverage AI technology, particularly GPT-3.5, to automatically summarize research papers and generate blog posts that simplify key findings. By promoting transparent science communication and empowering dental professionals, students, and the general public to stay informed, the project seeks to bridge the gap between scientific advancements and broader awareness, ultimately fostering innovation and better patient care in the field of dentistry.

What it does

The project utilizes AI technologies, including the GPT-3.5 language model and the Sanity CMS API, to automate two critical processes: summarizing scientific papers and generating blog posts. When users upload dental research papers, the GPT-3.5 API automatically generates concise summaries, simplifying complex technical terms for better comprehension by dental professionals, students, and the public. The Sanity CMS API then automates the creation of well-structured blog posts using the generated summaries and extracted content from the research papers. This automation not only streamlines the study of complicated articles but also promotes effective science communication, enabling researchers to reach a broader audience and facilitating access to the latest dental advancements for readers.

By combining AI technology with dentistry, the project bridges the gap between scientific research and wider awareness, fostering innovation and improved patient care in the field. Users can effortlessly publish the AI-generated blog posts, empowering the dental community to stay informed and engaged with the latest research findings. The automation process ensures time efficiency and accurate representation of research, enhancing knowledge transfer and promoting transparent communication of dental science.

How we built it

The project was built using a modern tech stack, with Django, Next.js, and Sanity.io as its core components. Django, a powerful Python web framework, was utilized to set up the GPT API, which interacts with OpenAI's GPT-3.5 language model to generate concise summaries of uploaded research papers.. Next.js, a popular React framework, was chosen for utilizing the CMS API and front-end components, providing server-side rendering capabilities and seamless integration with React for efficient data retrieval and display. Alongside these frameworks, Sanity.io, a headless CMS platform, was integrated into the project to manage and structure the generated summaries and additional content extracted from the research papers. The Django-based GPT API, utilizing OpenAI's GPT-3.5 to automatically generate summaries. These summaries, along with relevant content, are stored and managed using Sanity.io's content management capabilities. Next.js handles interactions with Sanity.io, retrieving the generated summaries and content to create coherent blog posts. The AI-generated blog posts are presented on the front-end interface, where users have the option to review and approve them before publishing. This combined tech stack empowers the project to automate the summarization of scientific papers in the field of dentistry, promoting accessible science communication and enabling a broader audience to engage with the latest advancements in dental research.

Challenges we ran into

The project faces several challenges that need to be addressed for its successful implementation. These challenges include ensuring the accuracy and minimization of biases in the AI language model, handling technical complexities in integrating Django, Next.js, and Sanity.io. Additionally, there are limitations in the AI model's length capacity and tokenizing challenge.

Accomplishments that we're proud of

The project's key accomplishments include promoting knowledge transfer by automating scientific paper summarization, ensuring seamless integration of various technologies, and leveraging the power of AI to provide concise and informative summaries of complex research papers. Through this achievement, the system facilitates efficient learning for dental professionals and students, encourages science communication, and makes valuable research accessible to a broader audience, driving innovation in the field of dentistry.

What we learned

Throughout the development of this project, we have learned the intricacies of integrating diverse technologies like Django, Next.js, React, Material-UI, and Sanity.io to create a cohesive and user-friendly application. Working with AI language models, such as GPT-3.5, has taught us the importance of fine-tuning and ensuring accurate outputs.

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