Allowing the radius and moment of inertia of a newborn magnetar to evolve during spin-down changes inferred GRB magnetar parameters by 20 to 50 percent and yields correlations among field, spin, and ellipticity.
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Constrain magnetar parameters by taking into account the evolutionary effects of radius and moment of inertia with \emph{Swift}/XRT data
Allowing the radius and moment of inertia of a newborn magnetar to evolve during spin-down changes inferred GRB magnetar parameters by 20 to 50 percent and yields correlations among field, spin, and ellipticity.