STABILITY OF THE TOP QUARK MASS IN SUPERSYMMETRIC TOP CONDENSATE MODELS

Abstract
The top quark mass prediction in supersymmetric top condensate models is found to be insensitive to the inclusion of the effects of higher dimensional operators. For associated coefficients of characteristically moderate strength, the supersymmetric renormalization group trajectories are strongly focused to the infrared quasi-fixed point of the top Yukawa coupling constant.

This publication has 0 references indexed in Scilit: