Mirror states enable lower viscosity lattice gases
Noah Seekins, Alexander J. Wagner
TL;DR
This paper introduces a novel mirror state technique that drastically reduces the viscosity in hydrodynamic lattice gas simulations, enabling more accurate and efficient modeling of fluid dynamics.
Contribution
The paper presents a new mirror state method that significantly lowers viscosity in lattice gas models, surpassing previous approaches.
Findings
Viscosity reduced by over an order of magnitude.
Mirror states enable more accurate fluid simulations.
Method improves computational efficiency for lattice gases.
Abstract
We developed a method for significantly lowering the viscosity achievable for a hydrodynamic lattice gas method. The key advance is the derivation of a mirror state that allows for a reduction of viscosity by more than an order of magnitude over existing lattice gas methods.
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