… We show that relativistic magnetohydrodynamics (MHD) can be recast as a novel theory
of superfluidity. This new theory formulates MHD just in terms of conservation equations, …

… As a first step towards a formalism for mixed superfluids/superconductors, we discuss the
derivation of the MHD equations for a self-gravitating multifluid system composed of a number …

… regimes besides MHD. In particular, we provide a new formulation of dissipative MHD in terms
of … Besides providing a new framework for understanding the MHD regime, this work also …

The three-velocity magnetohydrodynamic equations for a two-condensate solution are
established by specified thermodynamic functions and condensate densities, and are …

… -superfluid interior. The first goal of this paper is to develop the magnetohydrodynamic (MHD)
theory of the superconducting-superfluid … Here the MHD equations given in Mendell (1991a…

… to elucidate the relation between MHD and field variables. In our … MHD; we here characterize
the new conserved helicity associated with it. We also demonstrate the existence for MHD …

… I develop magnetohydrodynamic formalism for uniform mixtures with the superfluid entrainment
in … [46]), here further steps are made towards application of the MHD to neutron stars. The …

In this paper we investigate the existence of an inverse cascade of magnetic helicity for
statistically steady compressible magnetohydrodynamic flows with rms Mach numbers that go up …

This paper develops the theory of affine Lie–Poisson reduction and applies this process to
Yang–Mills and Hall magnetohydrodynamics for fluids and superfluids. As a consequence of …

… dissipative relativistic MHD for superfluid or superconducting … The first-order MHD formulated
in this paper is strictly valid in … Moreover, for many practical applications, where the MHD …