A Scalable Multi-Physics Simulation of Dancing Ferrofluid

We propose a rapid and scalable method for performing multi-physics simulations of magnetized ferrofluids. A key contribution of our method is the simulation of magnetic phenomena from a kinetic statistical physics perspective, through the use of the Lattice Boltzmann Method. This approach provides a unified numerical framework, seamlessly integrating a two-phase fluid solver with considerations for surface tension and a magnetic field solver to account for the Helmholtz force. Compared to existing literature, the work shows good performance on scalability and parallelism.