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MISC (67件)
- Y Koide. Maximal CP violation hypothesis and phase convention of the CKM matrix. PHYSICS LETTERS B. 2005. 607. 1-2. 123-130
- Y Koide. What happens if an unbroken flavor symmetry exists?. PHYSICAL REVIEW D. 2005. 71. 1. 016010-1 -- 013010-6
- Y Koide. Neutrino masses induced by R-parity violation in a SUSYSU(5) model with additional 5 '(L)+5 '(L). PHYSICS LETTERS B. 2004. 595. 469-475
- Y Koide. Universal texture of quark and lepton mass matrices with an extended flavor 2 <-> 3 symmetry. PHYSICAL REVIEW D. 2004. 69. 9. 093001-1 -- 093001-9
- Neutrino masses induced by $R$-parity violation in a SUSY SU(5) GUT model with additional \bar{5}'_L +5'_L. Physics Letters B. 2004. 595. 469 -- 475
- Liniversal Texture of quarh and Lepton mass matrices with an extended flavor 2↔3 symmetry. Physical Review D. 2004. 69, 093001-1-093001-9
- Y Koide. Radiative neutrino masses in a SUSY GUT model. PHYSICS LETTERS B. 2003. 574. 1-2. 82-88
- Y Koide, J Sato. R-parity violation in a supersymmetric GUT model and radiative neutrino masses. PHYSICAL REVIEW D. 2003. 68. 5
- Y Koide. New trends in the Zee model. NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT. 2003. 503. 1-2. 159-161
- Radiative neutrino masses in a SUSY GUT model. Physics Letters B. 2003. 547. 82 -- 88
- R-parity violation in a supersymmetric GUT model and radiative. Physical Review D. 2003. 68, 056004-1-056004-14
- New trends in the Zee model. Nuclear Instruments and Methods in Physics Research A. 2003. 503, 159-161
- Y Koide, H Fusaoka. Unified description of quark and lepton mass matrices in a universal seesaw model. PHYSICAL REVIEW D. 2002. 66. 11. 113004-1--113004-7
- Y Koide, H Fusaoka. Unified description of quark and lepton mass matrices in a universal seesaw model. PHYSICAL REVIEW D. 2002. 66. 11. 113004-1-113004-7
- Y Koide. Prospects of the Zee model. NUCLEAR PHYSICS B-PROCEEDINGS SUPPLEMENTS. 2002. 111. 294-296
- Y Koide, H Nishiura, K Matsuda, T Kikuchi, T Fukuyama. Universal texture of quark and lepton mass matrices and a discrete symmetry Z(3). PHYSICAL REVIEW D. 2002. 66. 9. 093006-1-093006-11
- K Matsuda, Y Koide, T Fukuyama, H Nishiura. How far can the SO(10) two Higgs model describe the observed neutrino masses and mixings? art. no. 033008. PHYSICAL REVIEW D. 2002. 65. 3. 033008-1-033008-8
- How Far Can the SO(10) Two Higgs Model Describe the Observed Neutrino Masses and Mixings? K. Matsudaa, Y. Koideb, T. Fukuyamaa, and H. Nishiurac. Nuclear Physics B (Proc. Suppl.). 2002. 111. 306-308
- Evolution of the Universal Seesaw Mass Matrices Hideo Fusaokaa and Yoshio Koideb. Nuclear Physics B (Proc. Suppl.). 2002. 111. 300-302
- How Far Can the SO(10) Two Higgs Model Describe the Observed Neutrino Masses and Mixings? K. Matsudaa, Y. Koideb, T. Fukuyamaa, and H. Nishiurac. Nuclear Physics B. 2002. 111. 306-308
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