Abstract
Spin-stripe order is a property of the high-${T}_{c}$ cuprate La${}_{2\ensuremath{-}x}$Sr${}_{x}$CuO${}_{4}$ that is observed for $x$ $\ensuremath{\le}$ 0.13 but not at larger doping because it is nullified by superconducting order. However, it can be restored by applying intense magnetic fields that erase superconductivity. The present analysis of NMR data sheds light on how glasslike freezing of spin stripes emerges from the field-induced vortex cores and how such field-induced magnetism matters for the interpretation of any experiment below the pseudogap boundary at $x$ = 0.19.
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