Ever since, the so-called Turing Test embodied in that paper, Computing Machinery And Intelligence, has served as a yardstick ...

Some of today’s most capable AI systems are refined versions of large language models (LLMs) that predict text on the basis ...

A new study by researchers at the University of California San Diego concluded that GPT‑4.5, OpenAI’s latest large language model, and Meta’s Llama‑3.1‑405B succeeded in a three-party Turing Test ...

By this metric, many chatbots are already "intelligent." You can test this yourself at Turing Test Live. Recent studies from ...

For more than 70 years, the Turing Test has been a popular benchmark for analyzing the intelligence of computers. For nearly a decade, programmers have created AI reportedly beating the Turing Test ...

A fresh set of benchmarks could help specialists to better understand artificial intelligence.

Large language models have become enormously powerful tools for summarizing existing knowledge and generating text, figures, and references for scientific publications. This power can be abused to ...

Since its conception by the British computer scientist Alan Turing, the so-called Turing Test has served as an unofficial benchmark for artificial intelligence. The test is conceptually simple.

ChatGPT can now easily pass any Turing test, a measure of successful A.I. proposed by a founder of computer science, Alan Turing. But contemporary Turing tests leave out the most interesting part of ...

In late 1950, noted mathematician, code-breaker, and computer scientist Alan Turing proposed a test for answering the question, "Can machines think?" Consider the following scenario: Author's ...

IBM has come up with an automatic debating system called Project Debater that researches a topic, presents an argument, listens to a human rebuttal and formulates its own rebuttal. But does it pass ...

Author's rendition of a basic Turing test set-up. Sitting in between two agents (one human and one machine), a person needs to interact with both agents and determine (correctly) which is a machine.