  A series of epitaxial films were grown across the solid solution
Ca(x)Sr(1-x)RuO(3) in order to pinpoint the ferromagnetic to paramagnetic
quantum phase transition in this system and to study the evolution of transport
and magnetic properties in its vicinity. The ferromagnetic Tc of SrRuO(3) was
found to decrease linearly with Ca doping levels up to 70%. Further doping
resulted in the abrupt elimination of ferromagnetic order, and the onset of low
temperature (< 10K) non-Fermi liquid (NFL) resistivity of the form rho ~ rho(0
+ AT^(1.5) for samples with x <= 0.75 <= 1.0. The resistivity exponent of 1.5
matches that previously observed for MnSi, indicating possible universality of
the NFL behavior of itinerant ferromagnets. Field-dependent specific heat
measurements on bulk samples at compositions near the quantum phase transition
provide additional evidence for NFL behavior (C/T ~ log T) and show the
conditions nder which spin fluctuations contribute to the specific heat.
