In physical systems, a reduction in dimensionality often leads to exciting new phenomena.
Here we discuss the novel effects arising from the consideration of fluid turbulence confined …

The theoretical study of the self-organization of two-dimensional and geophysical turbulent
flows is addressed based on statistical mechanics methods. This review is a self-contained …

We report observation of an inverse energy cascade in second sound acoustic turbulence in
He ii. Its onset occurs above a critical driving energy and it is accompanied by giant waves …

Flows in natural fluid layers are often forced simultaneously at scales smaller and much
larger than the depth. For example, the Earth's atmospheric flows are powered by gradients …

Rotating Rayleigh-Bénard convection exhibits, in the limit of rapid rotation, a turbulent state
known as geostrophic turbulence. This state is present for sufficiently large Rayleigh …

We demonstrate an inverse energy cascade in a minimal model of forced 2D quantum
vortex turbulence. We simulate the Gross-Pitaevskii equation for a moving superfluid subject …

We investigate a model of thin layer turbulence that follows the evolution of the two-
dimensional motions along the horizontal directions coupled to a single Fourier mode along …

We present experimental results on the properties of bounded turbulence in thin fluid layers.
In contrast with the theory of two-dimensional (2D) turbulence, the effects of the bottom …

Despite the prominence of Onsager's point-vortex model as a statistical description of 2D
classical turbulence, a first-principles development of the model for a realistic superfluid has …

In active nematic liquid crystals, activity is able to drive chaotic spatiotemporal flows referred
to as active turbulence. Active turbulence has been characterized through theoretical and …