activity
19942009
most citedWilsonian RG and Redundant Operators in Nonrelativistic Effective Field Theory

25 citations · 98 across the 10 of their papers we have counts for

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8 papers · 1 filter

hep-ph2008★ 7 cited

Strong CP Problem and the Natural Hierarchy of Yukawa Couplings

Kenzo Inoue, Naoki Yamatsu

A possible solution to the strong CP problem is presented without using an axion. The model is based on the framework of the supersymmetric vectorlike theory with the spontaneous b…

hep-ph2007★ 11 cited

Charged lepton and down-type quark masses in SU(1,1) model and the structure of higgs sector

Kenzo Inoue, Naoki Yamatsu

The simplest noncompact group SU(1,1),when introduced as a symmetry group of the generations of quarks and leptons in the framework of a vector-like theory, gives an excellent view…

hep-ph2007★ 5 cited

Probing flavor structure in unified theory with scalar spectroscopy

Kenzo Inoue, Kentaro Kojima, Koichi Yoshioka

The flavor structure in unified theory is probed with superparticle mass spectrum observed in future particle experiments. A key ingredient is the generation dependence of scalar m…

hep-ph2006★ 4 cited

Low-energy Variety of Asymmetric SUSY Flavor Structure

Kenzo Inoue, Kentaro Kojima, Koichi Yoshioka

In this letter we study the low-energy phenomenology and cosmological implications of supersymmetric grand unified theory with asymmetric flavor structure, which is suggested by th…

hep-ph2006★ 6 cited

Neutrino-induced Electroweak Symmetry Breaking in Supersymmetric SO(10) Unification

Kenzo Inoue, Kentaro Kojima, Koichi Yoshioka

The radiative electroweak symmetry breaking, the unification of third-generation Yukawa couplings, and flavor-changing rare decay are investigated in two types of supersymmetric SO…

hep-ph2003★ 9 cited

Neutrino Masses and Mixing Matrix from SU(1,1) Horizontal Symmetry

Kenzo Inoue, Nao-aki Yamashita

A new mechanism is proposed to explain neutrino masses and their mixing via SU(1,1) horizontal symmetry breaking. Based on this mechanism smallness of neutrino masses is naturally…