Scientific American reports that OpenAI has made a breakthrough in a decades-old mathematical problem tied to the codes that keep digital text and data from being corrupted.
Twenty-five Fields Medal recipients have signed an open letter voicing concern over AI's growing role in mathematics, following OpenAI's announcement that it solved a nearly century-old problem.
Scientific American reports that Anthropic's Claude AI system found a highly complex elliptic curve in days, a task that had taken mathematicians years to accomplish.
Scientific American reports that while OpenAI's claimed proof addressing the Navier-Stokes problem is being called a mathematical achievement, practical applications remain uncertain and potentially distant.
After an OpenAI model reportedly produced a possible solution to the Navier-Stokes equations, mathematicians are discussing which other major unsolved problem artificial intelligence might tackle next.
A new study questions the centuries-old belief that the ancient Greek temple's subtle curves were built to correct optical illusions.
An article in Scientific American uses pizza slicing to explain Moser's circle problem, showing how a seemingly obvious numerical pattern breaks down.
The AI company's claim, reported by The Verge, would ordinarily be hailed as historic, but some mathematicians are reportedly cautious about the announcement.
OpenAI reported that its latest model, using 10,000 autonomous AI agents at an estimated cost of $15m, resolved a decades-old mathematical puzzle, prompting mixed reactions from the mathematics community, according to The Guardian.
Twenty-five mathematicians have signed an open letter accusing AI companies of threatening their intellectual work, according to a report from TechCrunch.
OpenAI reported that 10,000 of its AI agents worked together to resolve the 90-year-old Navier-Stokes math problem in 88 hours, but at least one mathematician has questioned the claim.
OpenAI says its model solved a longstanding mathematics challenge in 88 hours, but competitors claim the company moved on the problem only after learning of their own efforts.
Researchers report that introducing randomness into simple strategic games produces richer, more nuanced strategies than previously predicted by traditional models.
According to a report from Ars Technica, introducing random rewards into simple strategic games produces more complex and nuanced player strategies than standard game theory models predict.
The AI company says it solved parts of the Navier-Stokes equations in 88 hours, a claim that has quickly drawn scrutiny from the wider community.
The AI company announced Tuesday it has solved the mathematical problem governing fluid dynamics, long considered one of science's great unsolved challenges.
Rumors circulated among mathematicians about the source of a proof before OpenAI's announcement; the company has denied allegations of wrongdoing, according to Scientific American.
The ChatGPT maker reported that 10,000 of its AI systems worked for 88 hours to crack one of the Clay Mathematics Institute's Millennium Prize Problems, though the claim has not yet been independently verified.
According to Scientific American, a mathematician has solved a decades-old puzzle about the fewest folds needed to turn a flat sheet of paper into a torus-shaped, doughnut-like origami form.
Scientific American describes fresh work on a recreational math problem exploring the most convoluted ways to hang a painting so it falls if any single nail is removed.
Scientific American traces the topological reasoning behind the five Platonic solids, the only regular convex polyhedra possible.