Efficient Modeling of Strongly Coupled Plasmas using Tensor Trains

In this work, we present a novel approach for investigating strongly coupled plasma behavior near boundaries using the tensor train. This tool allow us to manipulate high-dimensional functions more efficiently by representing them as sums of lower-dimensional objects. We apply this method to solve SCPs using the fully heterogeneous form of the BGY hierarchy. Our approach provides a novel way to investigate the behavior of SCPs and liquids near boundaries.