  A lepton-flavor violating (LFV) Z' boson may mimic some of the phenomena
usually attributed to supersymmetric theories. Using a conservative model of
LFV Z' bosons, the recent BNL E821 muon g-2 deviation allows for a LFV Z'
interpretation with a boson mass up to 4.8 TeV while staying within limits set
by muon conversion, mu -> e gamma, and mu -> eee. This model is immediately
testable as one to twenty e^+e^- -> mu tau events are predicted for an analysis
of the LEP II data. Future muon conversion experiments, MECO and PRIME, are
demonstrated to have potential to probe very high boson masses with very small
charges, such as a 10 TeV boson with an e-mu charge of 10^-5. Furthermore, the
next linear collider is shown to be highly complementary with muon conversion
experiments, which are shown to provide the strictest and most relevant bounds
on LFV phenomena.
