Last week was incredibly astonishing and tense for mathematicians. OpenAI, with the release of its new model, succeeded in solving one of the great puzzles of the century, known as the Millennium Prize Problem. This puzzle, which had occupied the minds of the best mathematical brains for several decades, has now been defeated with a soft hammer blow from AI.
The Mathematical World in Shock
This achievement is in no way consistent with the usual process of solving mathematical puzzles. While it was expected that solving such a problem would require deep human thought, OpenAI achieved this victory by employing 10,000 AI agents that automatically perform tasks. The estimated cost of this project is approximately $15 million, which itself demonstrates the power and influence of this company in the technology world.
Is This the End of Human Mathematics?
This advancement has challenged not only mathematicians but all scientific researchers. Are we witnessing a fundamental transformation in how we approach complex scientific problems? Or has this type of problem-solving become a kind of "child's play" that relies on complex technologies instead of deep thinking? Many questions arise here. Some mathematicians have expressed concern about the speed of these changes and their impact on their field, believing that this trend may lead to the decline of critical thinking and creativity in science.
However, this victory for OpenAI can be seen as an opportunity to rethink educational and research methods in mathematics and other sciences. Should we, instead of worrying about our place, utilize this technology as a tool for further advancement?
