$30M Center Aims to Solve Century-Old Turbulence Mystery

For a century, scientists have been stumped by turbulence, the chaotic force that makes airplane rides bumpy and fusion energy hard to harness. Now, a team of researchers is getting $30 million to finally solve this puzzle, and the payoff could transform everything from how we power our homes to how we travel through the skies.

The National Science Foundation just launched a new Science and Technology Center at Michigan State University, bringing together experts from eight universities to tackle what many call one of physics' greatest mysteries. Georgia Tech's Qi Tang will lead the artificial intelligence and modeling work for the center, called TEMPEST.

Turbulence happens when fluids move in chaotic, unpredictable ways. It occurs everywhere, from the tiny interactions between particles in fusion reactors to the massive swirls inside exploding stars. Despite being common, turbulence has resisted prediction because tiny changes can create wildly different outcomes.

"Turbulence has resisted prediction for a century," said Tang, who recently won an award from the Department of Energy for his AI work. The center aims to build trustworthy models that can finally predict how turbulence will behave in the real world.

The breakthrough approach combines four powerful tools: traditional physics theory, real-world experiments, supercomputer simulations, and cutting-edge AI. Instead of studying turbulence in isolated pieces, researchers will test their ideas against actual observations and use those results to build better models.

The Ripple Effect

The research focuses first on fusion energy, the clean power source that could provide unlimited electricity without carbon emissions. Better turbulence prediction could also improve hypersonic flight technology, making air travel faster and more efficient for everyone.

But the impact reaches further. Over 10,000 students each year will benefit from new educational programs that teach both science and AI skills. The center plans museum exhibitions and immersive experiences to share the research with the public.

All data and software developed by TEMPEST will be freely available to other scientists worldwide. The center brings together not just universities but also three national laboratories and private companies like Pacific Fusion and General Atomics.

Tang is particularly excited because the work perfectly matches his specialty in computational science. His recent Department of Energy award supports building machine learning tools that help scientists analyze massive datasets from fusion experiments.

The five-year project represents a new way of doing science, training researchers who can blend AI fluency with deep physics knowledge. Georgia Tech alone will receive over $1 million to contribute to the effort.

From understanding why turbulence behaves as it does to predicting how it will behave next, this center could finally give humanity control over one of nature's most chaotic forces—and unlock technologies that seemed impossible just years ago.