Research in quantum fluids, where are we?

Yi-Fang Chang

Based on the known theories of fluid mechanics, we research the new quantum fluid mechanics by operator method. Further, we discuss its various developments combined the extensive quantum theory and other theories. Finally, we search possible applications in some aspects: in biology many systems are fluids; in astronomy binary stars, the density wave theory and evolutionary direction on spiral galaxies, and sunspot are researched; in geosciences earthquake, formation of basin and hydrocarbon layer are proposed; in social sciences the social hydrodynamics and corresponding waves and tides, the social synergetics, corruption, etc., are discussed.

Alberto Bramati, Michele Modugno

亮五 久保, 文彦 高野

Jincheng Zhang

This research investigates the potential of quantum mechanics to enhance geometric modeling of fluid dynamics, specifically addressing the challenges posed by complex flow scenarios. We propose a novel approach that leverages quantum-inspired methods to represent and manipulate fluid dynamics parameters, aiming to improve the accuracy and efficiency of simulations. This work explores the application of quantum-based representations to streamline calculations and improve the representation of turbulent flows, ultimately leading to more robust and accurate fluid dynamics models. The research focuses on creating a new framework for modeling complex flows, potentially offering a significant advancement over traditional methods.

David Ehrenstein

Researchers showed that a turbulent Bose-Einstein condensate exhibits the signs of classical turbulence, hinting at possible similarities between classical and quantum fluids.