渡边谅太郎现为华中师范大学副教授。日本大阪大学博士。1985年出生于日本。My research field is theoretical particle physics. In particular, I have been mostly focusing on precise calculation and phenomenology of flavor physics for new physics interpretations, including its connections to collider phenomenology and dark matter physics, which is the main topic of the present project. My individual interests, I have worked on, include flavor anomaly, precise CKM determinations, extended Higgs sector, collider phenomenology, dark matter, CP violation, and Higgs physics.
我有42篇可引用论文，其中31篇已发表，截至目前（2026年3月9日）总引用量为4556。h指数为23 (h-index)。我的个人 INSPIRE 链接在此处 ().
学习经历
2013.3 大阪大学 物理学科 理学博士 (Osaka University, Department of Physics, Ph.D.)
2010.3 大阪大学 物理学科 理学硕士 (Osaka University, Department of Physics, Master of Science)
2008.3 东京理科大学 物理学科 理学学士 (Tokyo University of Science, Department of Physics, Bachelor of Science)
工作经历
2023 - 至今, 华中师范大学副教授
2020 - 2022, Postdoc, Instituto Nazionale di Fisica Nucleare (INFN) sezione di Pisa, Italy
2018 - 2020, INFN fellow, Instituto Nazionale di Fisica Nucleare (INFN) sezione di Roma Tre, Italy
2016 - 2018, Postdoc, Universite de Montreal, Canada
2014 - 2016, IBS research fellow, Center for Theoretical Physics of the Universe, Institute for Basic Science (IBS), Korea
2013 - 2014, JSPS research fellow for young scientist, KEK, Japan
近期文章（5年）
[1] M. Endo, S. Iguro, S. Mishima and R. Watanabe*, "Constructing heavy-quark sum rule for b → c meson and baryon decays", Phys. Rev. D 113, no.1, 014021 (2026)
[2] M. Endo, S. Iguro, S. Mishima and R. Watanabe*, "b → c semileptonic sum rule: current status and prospects", JHEP 01, 143 (2026)
[3] M. Endo, S. Iguro, T. Kretz, S. Mishima and R. Watanabe*, "b → c semileptonic sum rule: extension to angular observables", Eur. Phys. J. C 85, no.9, 961 (2025)
[4] M. Endo, S. Iguro, S. Mishima and R. Watanabe*, "Heavy quark symmetry behind b → c semileptonic sum rule", JHEP 05, 112 (2025)
[5] W. F. Duan, S. Iguro, X. Q. Li, R. Watanabe* and Y. D. Yang, "On sum rules for semi-leptonic b → c and b → u decays", JHEP 07, 166 (2025)
[6] S. Iguro, T. Kitahara and R. Watanabe*, "Global fit to b → c tau nu anomalies as of Spring 2024", Phys. Rev. D 110, no.7, 7 (2024)
[7] M. Fedele, M. Blanke, A. Crivellin, S. Iguro, T. Kitahara, U. Nierste and R. Watanabe*, "Impact of Lambda_b → Lambda_c tau nu measurement on new physics in b → c l nu transitions", Phys. Rev. D 107, no.5, 055005 (2023)
[8] B. Belfatto, D. Buttazzo, C. Gross, P. Panci, A. Strumia, N. Vignaroli, L. Vittorio and R. Watanabe*, "Dark Matter abundance via thermal decays and leptoquark mediators", JHEP 06, 084 (2022)
[9] M. Endo, S. Iguro, T. Kitahara, M. Takeuchi and R. Watanabe*, "Non-resonant new physics search at the LHC for the b → c tau nu anomalies", JHEP 02, 106 (2022)
代表文章（5篇）
[1] (64 citations) S. Iguro, M. Takeuchi and R. Watanabe*, "Testing leptoquark/EFT in B → D(*) l nu at the LHC", Eur. Phys. J. C 81, no.5, 406 (2021)
[2] (91 citations) S. Iguro and R. Watanabe*, "Bayesian fit analysis to full distribution data of B → D(*) l nu: |Vcb| determination and new physics constraints", JHEP 08, no.08, 006 (2020)
[3] (124 citations) R. Watanabe*, "New Physics effect on B_c → J/psi tau nu in relation to the R_D(*) anomaly", Phys. Lett. B 776, 5-9 (2018)
[4] (244 citations) B. Bhattacharya, A. Datta, J. P. Guevin, D. London and R. Watanabe*, "Simultaneous Explanation of the R_K and R_D(*) Puzzles: a Model Analysis", JHEP 01, 015 (2017)
[5] (429 citations) Y. Sakaki, M. Tanaka, A. Tayduganov and R. Watanabe*, "Testing leptoquark models in B → D(*) tau nu", Phys. Rev. D 88, no.9, 094012 (2013)
