TOP-QUARK MASS IN THE CONDENSATE MODEL AND THE POSSIBILITY OF COLOREDBOSONS

The dynamical electroweak symmetry breaking of the Standard Model trig gered by a top quark condensate (induced by an effective strong intera ction, associated with a high-energy scale, of the form g(t)psi(L)(i)t (R)t(R)psi(L)(i)BAR usually requires an embarrassingly large top quark mass. A suggestion that this problem could be avoided through the int roduction of an additional interaction g(t)'psi(L)iP (A(J)I)(PQ)t(R)(Q -S)t(R)(A(I)J)(ST)psi(L)(IT)BAR where A(J)I are SU(3)c generators a la Okubo) is analyzed using the renormalization group approach. The mass of the top quark and the concomitant emergence of colored composite b osons is discussed.