Elicit is an AI research assistant that uses machine learning to help automate research workflows. It can find relevant papers without needing exact keyword matches and extract key information from them. Elicit can also summarize takeaways from the paper that are specific to the user’s question, and provide other research tasks such as brainstorming, summarization and text classification. This assists the user in finding answers to their questions using research, while also helping to streamline their research workflow.

Elicit is a powerful AI research platform designed to streamline the process of finding, analyzing, and understanding academic literature. It leverages advanced semantic search capabilities to identify documents that are contextually relevant to a user's research question, drawing from a vast database of over 125 million academic articles sourced from Semantic Scholar. This approach allows users to quickly grasp the essence of complex research papers through concise one-sentence summaries and comprehensive paragraph summaries generated by GPT-3.

One of Elicit's key features is its ability to facilitate interactive exploration of articles. Users can delve into detailed information about individual papers, including critiques derived from forward citations, which helps in understanding the impact and relevance of the research. Additionally, Elicit supports iterative search refinement by allowing users to mark documents as relevant or irrelevant, thereby honing in on the most pertinent literature.

Elicit also offers robust data extraction capabilities, enabling users to efficiently extract key findings and data from research papers. This feature, combined with its AI-powered research assistant functionalities, makes Elicit an invaluable tool for researchers seeking to navigate the vast landscape of academic literature efficiently. By providing a clean and intuitive interface tailored to academic workflows, Elicit simplifies research processes and enhances productivity for both students and professionals across various fields, particularly in empirical domains such as biomedicine and machine learning.

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Website: elicit.com

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Elicit

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