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Substitution of Re for Ru in the heavy fermion compound URu2Si2 suppressesthe hidden order transition and gives rise to ferromagnetism at higherconcentrations. The hidden order transition of URu(2-x)Re(x)Si2, tracked viaspecific heat and electrical resistivity measurements, decreases in temperatureand broadens, and is no longer observed for x>0.1. A critical scaling analysisof the bulk magnetization indicates that the ferromagnetic ordering temperatureand ordered moment are suppressed continuously towards zero at a criticalconcentration of x = 0.15, accompanied by the additional suppression of thecritical exponents gamma and (delta-1) towards zero. This unusual trend appearsto reflect the underlying interplay between Kondo and ferromagneticinteractions, and perhaps the proximity of the hidden order phase.

The suppression of hidden order and onset of ferromagnetism in URu2Si2 via Re substitution