Tsuyoshi Suzuki

Are lepton flavor mixings in the democratic mass matrix stable against quantum corrections

We investigate whether the lepton flavor mixing angles in the so-called democratic type of mass matrix are stable against quantum corrections or not in the minimal supersymmetric standard model with dimension five operator which induces neutrino mass matrix. By taking simple breaking patterns of

Evaluation of Deformation Behavior in Cu Thin Film under Tensile and Fatigue Loading by X-Ray Method

S_3{}_L \times S_3{}_R

In Situ X-Ray Stress Measurement in Electrodeposited Cu Foils under Tensile and Fatigue Loading

or

Semileptonic decay of B-meson into D^ and the Bjorken sum rule.

O(3)_L \times O(3)_R

Phase structure and dilaton in QED with four-fermion interaction

flavor symmetries and the scale where democratic textures are induced as

X-Ray Evaluation of Deformation Damage in Electrodeposited Copper Foil under Tensile and Fatigue Loading

O(10^{13})

Semileptonic Decays of B Meson into Charmed Higher Resonances in the Heavy Quark Effective Theory

GeV, we find that the stability of the lepton flavor mixing angles in the democratic type of mass matrix against quantum corrections depends on the solar neutrino solutions. The maximal flavor mixing of the vacuum oscillation solution is spoiled by the quantum corrections in the experimental allowed region of

X-ray Evaluation of Deformation Behaviour of Copper thin Films Under Uniaxial Loading

\tan \beta

Evaluation of Deformation Behaviour of Cu Thin Films Sputtered on Polyimide Films by X-Ray Method

. The large angle MSW solution is spoiled by the quantum corrections in the region of

OS3-2-5 X-ray study on tensile deformation behavior of Cu thin films

\tan \beta>10