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An oxyborate Co2AlBO5 belonging to the ludwigite family is investigated usingstructural, thermodynamic, dielectric and magnetic measurements. Magneticmeasurements indicate that this system is seen to exhibit long range magneticordering at T{_N} = 42 K, signatures of which are also seen in the specificheat, dielectric susceptibility, and the lattice parameters. The absence of astructural phase transition down to the lowest measured temperatures,distinguishes it from the more extensively investigated Fe-based ludwigites. Atlow temperatures, the system is seen to stabilize in a reentrant superspinglass phase at T{_G} = 10.6 K from within the magnetically ordered state. Thisground state is also characterized by magnetic field induced metamagnetictransitions, which at the lowest measured temperatures exhibit a number ofsharp magnetization steps, reminiscent of that observed in the mixed valentmanganites.

A reentrant superspin glass state and magnetization steps in the oxyborate Co2AlBO5