Uncertain continuation of fast growth in the lowest-uniform-resistivity run (s10eC5r1) after simulation crash

Determine the subsequent time evolution and possible saturation of the faster growth observed around t ≃ 4 L0/c in the constant-uniform-resistivity ResRMHD model s10eC5r1 (η = 2.5×10^-5), which crashed prematurely, and ascertain to what extent this faster growth would persist over time relative to higher-resistivity cases.

Background

In Section 3.3 the authors compare effective-resistivity ResRMHD runs with uniform-resistivity runs. The lowest-uniform-resistivity case (s10eC5r1, η = 2.5×10^-5) begins to show faster growth consistent with the onset of ideal tearing, unlike higher-η runs. However, this particular run crashed due to the low resistivity, preventing assessment of the long-term behavior.

Because the crash halted the simulation, it is explicitly uncertain whether the observed faster growth would continue and how it would compare over time to higher-resistivity cases. Resolving this would clarify the regime transition near the ideal tearing threshold for uniform η in these setups.