The Infinite Interface Limit of Multiple-Region Relaxed MHD
G.R. Dennis, S.R. Hudson, R.L. Dewar, M.J. Hole

TL;DR
This paper demonstrates that as the number of regions in multi-region relaxed MHD approaches infinity, the model converges to ideal MHD, bridging the gap between relaxed and ideal plasma equilibrium theories.
Contribution
It proves the theoretical limit of multi-region relaxed MHD converging to ideal MHD and provides numerical evidence for this transition.
Findings
MRXMHD reduces to ideal MHD as regions become infinite
Numerical convergence confirms the theoretical limit
Generalizes the connection between relaxed and ideal MHD
Abstract
We show the stepped-pressure equilibria that are obtained from a generalization of Taylor relaxation known as multi-region, relaxed MHD (MRXMHD) are also generalizations of ideal MHD. We show this by proving that as the number of plasma regions becomes infinite, MRXMHD reduces to ideal MHD. Numerical convergence studies demonstrating this limit are presented.
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