They already draw images, write texts and predict financial markets. From now on, they attack the very history of science. Humanity thought certain eternal puzzles, locked by centuries of chess. However, a Google Deepmind AI has just broken this invisible wall. What mathematicians called “the impossible” has become a field of experimentation. The result exceeds laboratories: it could transform aeronautics, climate and even the way of doing research.
In short
- A Google AI discovers a new family of singularities in the Navier-Stokes equations.
- The results achieve unprecedented precision, confirmed by prestigious university collaborations.
- These discoveries could transform meteorology, aeronautics and even astrophysics in the coming years.
- Pinns become a scientific tool, opening a new era of computer -assisted evidence.
When AI becomes the creative partner of mathematicians
IA news: Navier-Stokes equations govern the movement of fluids. They condition the weather, the turbulence of an aircraft, the formation of a cyclone. Problem: they are among the seven challenges of Millennium prizemsnever resolved. Deepmind has chosen a different approach: nourishing Physics-informing Neural Networks With simulations, in order to explore the extreme behaviors of fluids.
Result: a new family of singularities emerged, then confirmed by mathematicians from New York University and Stanford. Yongji Wang, first author of the study, explains without detour:
By integrating mathematical intuitions and by reaching extreme precision, we have transformed the pinns into a discovery tool capable of revealing elusive singularities.
This moment marks a rocking: AI is no longer a simple calculator, it becomes co-author of research. Experts are already talking about a revolution in the way of producing evidence.
AI and Fluids: a breakthrough with global repercussions
The most amazing is not only the discoverybut the level of precision reached. Researchers speak of errors equivalent to the measurement of the earth diameter with a margin of a few centimeters. This rigor opens the way to computer -assisted evidence, capable of establishing the validity of results long deemed out of reach.
This technical leap is not only an academic. The unstable singularities discovered follow a regular motif, suggesting the existence of other solutions still invisible. These advances directly affect concrete sectors:
Some significant facts to remember
- A 150-year-old problem: Navier-Stokes' equations date back to the 19th century;
- A global issue: their resolution could improve climate models and storm forecasting;
- An industrial revolution: to design more effective planes, reduce fuel consumption;
- A new scientific method: computer -assisted evidence, AI and mathematics hybridization.
The discovery illustrates a new method: the systematic exploration of mathematical landscapes formerly inaccessible. AI is now tracing tracks so that humans bring it validation.
This advance shows the power but also the vulnerability of artificial intelligence. Their potential attracts as much as he worries. To the point that some digital leaders, such as Vitalik Buterin, are already thinking about alternatives to secure their development. Because if AI opens unpublished horizons, it also reminds us that any new power requires increased vigilance.
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