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Plausible interrelations between parameters of the standard model arestudied. The empirical value of the top quark mass, when used in therenormalization group equations, suggests that the ratio of the colour SU(3)gauge coupling $g_3$, and the top coupling $g_t$ is independent of therenormalization scale. On the other hand, variety of top-condensate modelssuggest that the Higgs self-coupling $\lambda$ is proportional to $g_t^2$.Invoking the requirement that the ratio $\lambda(t)/g_t^2(t)$ is independent ofthe renormalization scale $t$, fixes the Higgs mass. The pole mass of the Higgs[which differs from the renormalization group mass by a few percent] is foundto be $\sim 154$ GeV for the one-loop equations and $\sim 148$ GeV for thetwo-loop equations.Comment: 17 pages RevTeX including 7 figure

HIGGS MASS IN THE STANDARD MODEL FROM COUPLING CONSTANT REDUCTION