Turbulent phenomena are observed universally in energetic fluid dynamics, related to highly chaotic fluid motion involving excitations spread over a wide range of length scales. The actual options of turbulence are dependent on the fluid and geometry, biohacking dave and specifics of forcing and dissipation. In classical fluids the fluid vorticity is a continuous subject ready to acquire any worth at each point within the fluid. Quantum fluids are distinguished by vorticity that's quantised, a restriction imposed by the quantum wavefunction that describes the fluid. Whereas quantum fluids also can assist classical turbulence, quantum turbulence entails the chaotic dynamics of many interacting quantum vortices.
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