RARE DECAYS OF THE TOP-QUARK IN THE ONE GENERATION TECHNICOLOR MODEL

The decays t-->cV (V = gamma,g,Z) and t-->cP(o) induced through loop processes are calculated in the Farhi-Susskind one family Technicolor (TC) model. We find that these new contributions can enhance the SM branching fractions by as much as 3-4 orders of magnitude, i.e., B(t-->cg) similar to 10(-6) B(t-->cZ) similar to 10(-7), B(t-->c gamma) similar to 10(-8), and B(t-->cP(o)) similar to 10(-9), for the favorable values of the parameters. It might provide a unique window to detect the virtual effects of pseudo Goldstone bosons in TC theory.