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We present zero field muon spin lattice relaxation measurements of aDysprosium triangle molecular magnet. The local magnetic fields sensed by theimplanted muons indicate the coexistence of static and dynamic internalmagnetic fields below $T^* ~35$ K. Bulk magnetization and heat capacitymeasurements show no indication of magnetic ordering below this temperature. Weattribute the static fields to the slow relaxation of the magnetization in theground state of Dy3. The fluctuation time of the dynamic part of the field isestimated to be ~0.55 $\mu$s at low temperatures

Probing the magnetic ground state of the molecular Dysprosium triangle