Coupling Constants Evolution in a Universal Seesaw Mass Matrix Model

Abstract

Stimulated by a universal seesaw mass matrix model which can successfully give quark masses and CKM matrix elements in terms of charged lepton masses, the evolution of the seesaw mass matrices is investigated. Especially, an investigation is made as to whether the evolution can constrain the necessary intermediate scales in these types of models and its viability.

LaTex, 21 pages, 3 Postscript figures. Title was changed

References in corpus (4)

• The top quark mass and flavor mixing in a Seesaw model of Quark Masses
• Analytical Expressions of Masses and Mixings in a Democratic Seesaw Mass Matrix Model
• Neutrino Masses and Mixings in a Universal Seesaw Mass Matrix Model
• Abnormal Structure of Fermion Mixings in a Seesaw Quark Mass Matrix Model

Cited by in corpus (1)

• Evolution of the Yukawa coupling constants and seesaw operators in the universal seesaw model