The collective motion of bacteria—from stable swirling patterns to chaotic turbulent flows—has intrigued scientists for ...

The new technique, developed by physicists in the UK, Germany and the US, could advance our understanding of turbulence, which has been called one of the greatest unsolved problems of classical ...

The collective motion of bacteria—from stable swirling patterns to chaotic turbulent flows—has intrigued scientists for decades. When a bacterial ...

It’s really, really cold again — as the US shivers through at least the eighth blast of air from the Arctic this winter. Winter, which is warming faster than any other season for much of the ...

as it possesses co-existent hydrodynamic-like and wave-like motions of vortex lines. “So we can apply both existing and novel theoretical approaches to describe quantum turbulence which will ...

This creates drag and can make your car feel less stable. Vortex generators control that turbulence by energizing the air and guiding it where it needs to go. These fins aren’t just a trendy car ...

Accurate measurements of atmospheric turbulence enable durable and efficient wind turbine design as well as optimized wind farm operation. To advance this, Vaisala participated in a research ...

This includes planetary atmosphere/ocean and climate; exoplanets; compact objects and astrophysical disks; and, turbulence, vortex dynamics, and nonlinear waves. These activities utilize advanced ...

As the space grows larger, this pattern evolves into a four-vortex configuration with pulsating fluctuations, before finally transitioning into fully developed turbulence. These observations ...