Subatomic fluidics

The central concept in Subatomic fluidics is that at scales smaller than atomic dimensions, the notion of a "fluid" extends way beyond simple molecular interactions to encompass quantum fields and wave functions.

At such scales, conventional fluid dynamics break down and quantum effects become dominant: this discipline aims at bridging both worlds, exploring how particles at or near the Planck scale interact as a fluid system rather than discrete particles.

Ambient temperature fermionic superfluids become a reality and can quantise both vortices and superfluidity, while still being totally devoid of viscosity. The density of such materials if naturally incredibly high - what's more, it is dynamically controllable.