Physicists find Van Gogh's Starry Night accurately mirrors turbulence mathematics

Scientists analyzing Vincent van Gogh's iconic painting 'The Starry Night' have discovered that its swirling patterns closely match statistical models of turbulence. Turbulence is a complex natural phenomenon governing fluid motion that took scientists decades to describe mathematically. The finding suggests Van Gogh intuitively captured the visual essence of this phenomenon through careful observation alone. Remarkably, the artist achieved this more than a century before physicists developed the mathematical tools to formally model such fluid dynamics.