Metaphor is an AI search engine that is powered by a language model. It is designed to understand language in a more expressive and creative way than traditional web search engines. Users can type in a “prompt”, which is similar to a GPT-3 prompt, and Metaphor will try and predict the link that is most likely to come after.
To help users get familiar with the search engine, some templates are included to try out. Metaphor is trained to predict links instead of text, and can provide a variety of results such as blog posts, wikipedia pages, directories of resources, demos, startups, books, papers, and more.
It is particularly useful for finding resources related to AI, such as programming languages and classic AI algorithms. It can also provide music recommendations and other creative and interesting results.
More details about Metaphor
Can Metaphor help me find a book based on a conversation?
Yes, Metaphor can assist you in finding a book based on a conversation. When giving Metaphor a creative prompt worded as a dialogue, it uses its language model to anticipate and provide a fitting link, which can be a book recommendation.
How does Metaphor handle requests for explanations of complex algorithms?
Metaphor addresses requests for explanations of complex algorithms by predicting a link that would ideally offer a detailed explanation. This accelerates the process of finding specific, in-depth information on the required algorithms.
How does Metaphor understand language?
Metaphor comprehends language via the form of prompts. Powered by a language model similar to GPT-3, it processes the expressive and creative language used in the prompts and predicts the links that are most likely to match the input.
How does Metaphor help in finding blog posts or papers?
Metaphor aids in locating blog posts or papers by predicting links related to the input prompt. Users communicate their search inquiry in the form of creative prompts, and Metaphor responds with the most fitting links.
Can Metaphor recommend music?
Yes, Metaphor can indeed recommend music. It is trained to predict links to a wide variety of outcomes, including music recommendations.
