In twisted MoTe2, optically created magnetic bubbles decay up to 100 times more slowly at integer and fractional Chern insulator fillings, a new nonequilibrium signature of topological order.
Suitable flakes were selected for their homogeneity un- der an optical microscope, and atomic force microscopy (AFM) was used to measure the thickness of the hBN layers
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Nonequilibrium dynamics of doped Chern ferromagnets: a case study for false vacuum decay
In twisted MoTe2, optically created magnetic bubbles decay up to 100 times more slowly at integer and fractional Chern insulator fillings, a new nonequilibrium signature of topological order.