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We present the results of a ^{1}H NMR study of the single-component molecularconductor, [Au(tmdt)_{2}].  A steep increase in the NMR line width and a peak formation of the nuclearspin-lattice relaxation rate, 1/T_{1}, were observed at around 110 K.  This behavior provides clear and microscopic evidences for a magnetic phasetransition at considerably high temperature among organic conductors.  The observed variation in 1/T_{1} with respect to temperature indicates thehighly correlated nature of the metallic phase.

NMR Evidence for Antiferromagnetic Transition in the Single-Component Molecular Conductor, [Au(tmdt)_{2}] at 110 K