  Pd in U(Pt_{1-x}Pd_x)_3 suppresses the superconducting T_c to 0 K at critical
concentration x_c of 0.007 and induces a conventional AFM state for x > x_c.
The resistivity below 1 K shows a deviation from Fermi liquid behavior
described by a power law where the exponent ranges from 2 at x=0 to 1.6 for x =
x_c. This suggests that a quantum phase transition (QPT) may exist near x_c
associated with either the magnetic or superconducting transition temperature =
0 K. Transport for a sample with x = 0.004 < x_c has constant exponent of 1.77
as increasing pressure suppresses T_c to 0 K, suggesting that if a QPT exists
it may be associated with the magnetic transition.
