Comments on "Host Nuclear Resonance in a Spin-Glass:CuMn"

New data on a higher concentration (∼1%) of Mn in Cu than that studied by MacLaughlin and Alloul exhibit fundamentally different behavior for $T\ll T_c$, where $T_c\sim 10$ K is the "spin-glass" transition temperature. In particular, we find evidence for a "frozen" configuration of Mn spins at $T=1.6\mathrm{} \mathrm{and} 4.2$ K, in better accord with the muon-precession studies of Murnick et al.