AbstractOn the basis of the Froggatt–Nielsen mechanism, we study quark flavor mixings in the SU(6)×SU(2)R model. The characteristic structure of the CKM matrix is attributed to the hierarchical effective Yukawa couplings due to the Froggatt–Nielsen mechanism and also to the state-mixings beyond the MSSM. We elucidate the detailed form of the CKM matrix elements and find interesting relations between the CP violating phase and three mixing angles. Taking the existing data of three mixing angles, we estimate the quark CP-phase at δ=(75±3)°. This result is in accord with observations
The CKM and PMNS matrices have been constructed based on the latest measurements, largely free from ...
In this talk we report on a study on the mixing of neutral charmed mesons and argue that, at the pr...
AbstractCurrent experimental data indicate that two unitarity triangles of the CKM quark mixing matr...
AbstractOn the basis of the Froggatt–Nielsen mechanism, we study quark flavor mixings in the SU(6)×S...
AbstractThe CKM matrix describing quark mixing with three generations can be parameterized by three ...
AbstractAlthough different parametrizations of quark mixing matrix are mathematically equivalent, th...
AbstractWe point out that the Cabibbo–Kobayashi–Maskawa (CKM) quark mixing matrix VCKM and the Maki–...
It is shown that there exist nine different ways to describe the flavor mixing, in terms of three ro...
We construct the CKM unitarity triangle from CP invariant quantities, using the coupling constant of...
AbstractGeneralizing a previous model to accommodate the third quark family and CP violation, we pre...
AbstractA simple specific pattern of the two 3×3 quark mass matrices is proposed, resulting in a pre...
Generalizing a previous model to accommodate the third quark family and CP violation, we present a T...
It is shown that phenomenologically favorable expressions of quark mixing angles through the ratios ...
AbstractThe latest experimental progress has established three kinds of neutrino oscillations with t...
Unitarity of the Cabibbo-Kobayashi-Maskawa matrix gives rise to nine new unitarity triangles in the ...
The CKM and PMNS matrices have been constructed based on the latest measurements, largely free from ...
In this talk we report on a study on the mixing of neutral charmed mesons and argue that, at the pr...
AbstractCurrent experimental data indicate that two unitarity triangles of the CKM quark mixing matr...
AbstractOn the basis of the Froggatt–Nielsen mechanism, we study quark flavor mixings in the SU(6)×S...
AbstractThe CKM matrix describing quark mixing with three generations can be parameterized by three ...
AbstractAlthough different parametrizations of quark mixing matrix are mathematically equivalent, th...
AbstractWe point out that the Cabibbo–Kobayashi–Maskawa (CKM) quark mixing matrix VCKM and the Maki–...
It is shown that there exist nine different ways to describe the flavor mixing, in terms of three ro...
We construct the CKM unitarity triangle from CP invariant quantities, using the coupling constant of...
AbstractGeneralizing a previous model to accommodate the third quark family and CP violation, we pre...
AbstractA simple specific pattern of the two 3×3 quark mass matrices is proposed, resulting in a pre...
Generalizing a previous model to accommodate the third quark family and CP violation, we present a T...
It is shown that phenomenologically favorable expressions of quark mixing angles through the ratios ...
AbstractThe latest experimental progress has established three kinds of neutrino oscillations with t...
Unitarity of the Cabibbo-Kobayashi-Maskawa matrix gives rise to nine new unitarity triangles in the ...
The CKM and PMNS matrices have been constructed based on the latest measurements, largely free from ...
In this talk we report on a study on the mixing of neutral charmed mesons and argue that, at the pr...
AbstractCurrent experimental data indicate that two unitarity triangles of the CKM quark mixing matr...