Google Scholar, ADS, ORCID: 0000-0002-2383-1216, Researchgate
Refereed Journals
[23] Kokubo, E., Hoshino, H., Matsumoto, Y., Sari, R. (2025) A Scaling Law for the Orbital Architecture of Planetary Systems Formed by Gravitational Scattering and Collisions. ApJL, 991, L49, arXiv:2509.06738[22] Kimura, T., Kokubo, E., Matsumoto, Y., Mordasini, C., Ikoma, M. (2025) Semianalytical model for the dynamical evolution of planetary system II: Application to systems formed by a planet formation model. ApJ, 989, 117, arXiv:2507.03906
[21] Kimura, T., Hoshino, H., Kokubo, E., Matsumoto, Y., Ikoma, M. (2025) Semi-analytical model for the dynamical evolution of planetary systems via giant impacts. ApJ, 989, 109, arXiv:2505.20548
[20] Kuzuhara, M. et al. (79th author/106) (2024) Gliese 12 b: A temperate Earth-sized planet at 12 pc ideal for atmospheric transmission spectroscopy. ApJL, 967, L21, arXiv:2405.14708
[19] Matsumoto, Y., Kurosawa, K., Arakawa, S. (2024) Chondrule Destruction via Dust Collisions in Shock Waves. ApJ, 966, 162, arXiv:2404.05954
[18] Matsumoto, Y., Arakawa, S. (2023) Igneous Rim Accretion on Chondrules in Low-Velocity Shock Waves. ApJ, 948, 73, arXiv:2303.10450
[17] Hirano, T. et al. (11th author/49) (2023) An Earth-sized Planet around an M5 Dwarf Star at 22 pc. AJ, 165, 131, arXiv:2302.00699
[16] Harakawa, H. et al. (33rd author/49) (2022) A Super-Earth Orbiting Near the Inner Edge of the Habitable Zone around the M4.5-dwarf Ross 508. PASJ, 74, 904, arXiv:2205.11986
[15] Matsumoto, Y., Kokubo, E., Gu, P.-G., Kurosaki, K. (2021) Size evolution of close-in super-Earths through giant impacts and photoevaporation. ApJ, 923, 81, arXiv:2109.13487
[14] Arakawa, S., Matsumoto, Y., Honda, M. (2021) On the crystallinity of silicate dust in evolving protoplanetary disks due to magnetically driven disk winds. ApJ, 920, 27, arXiv:2107.08370
[13] Matsumoto, Y., Hasegawa, Y., Matsuda, N., Liu, M.-C. (2021) Formation of rims around chondrules via porous aggregate accretion. Icarus, 367, 114538, arXiv:2105.06051
[12] Lin, Y.-C., *Matsumoto, Y., Gu, P.-G. (2021) Formation of multiple-planet systems in resonant chains around M dwarfs. ApJ, 907, 81, arXiv:2012.03469
[11] Matsumoto, Y., Gu, P.-G., Kokubo, E., Oshino, S., Omiya, M. (2020) Ejection of close-in super-Earths around low-mass stars in the giant impact stage. A&A, 642, A23, arXiv:2007.14039
[10] Matsumoto, Y., Ogihara, M. (2020) Breaking Resonant Chains: Destabilization of Resonant Planets due to Long-term Mass Evolution. ApJ, 893,43, arXiv:2003.01965
[9] Matsumoto, Y., Wakita, S., Hasegawa, Y., Oshino, S. (2019) Aggregate Growth and Internal structures of Chondrite Parent Bodies Forming from Dense Clumps. ApJ, 887, 248, arXiv:1911.10467
[8] Oshino, S., Hasegawa, Y., Wakita, S., Matsumoto, Y. (2019) The Properties of Planetesimal Collisions under Jupiter's Perturbation and the Application to Chondrule Formation via Impact Jetting. ApJ, 884, 37, arXiv:1909.03655
[7] Matsumoto, Y., Kokubo, E. (2017) Formation of Close-in Super-Earths by Giant Impacts: Effects of Initial Eccentricities and Inclinations of Protoplanets. AJ, 154, 27, arXiv:1705.07810
[6] Matsumoto, Y., Oshino, S., Hasegawa, Y., Wakita, S. (2017) Chondrule Accretion with a Growing Protoplanet. ApJ, 837, 103, arXiv:1702.07989
[5] Wakita, S., Matsumoto, Y., Oshino, S., Hasegawa, Y. (2017) Planetesimal collisions as a chondrule forming event. ApJ, 834, 125, arXiv:1611.05511
[4] Hasegawa, Y., Turner N. J., Masiero, J., Wakita, S., Matsumoto, Y., Oshino, S. (2016) Forming Chondrites in a Solar Nebula with Magnetically Induced Turbulence. ApJL, 820, L12, arXiv:1603.00086
[3] Hasegawa, Y., Wakita, S., Matsumoto, Y., Oshino, S. (2016) Chondrule Formation via Impact Jetting Triggered by Planetary Accretion. ApJ, 816, 8, arXiv:1511.03344
[2] Matsumoto, Y., Nagasawa, M., Ida, S. (2015) Eccentricity Evolution Through Accretion of Protoplanets. ApJ, 810, 106, arXiv:1507.08809
[1] Matsumoto, Y., Nagasawa, M., Ida, S. (2012) The orbital stability of planets trapped in the first-order mean-motion resonances. Icarus, 221, 624-631, arXiv:1208.5937
Proceedings
[2] Gu, P.-G., Matsumoto, Y., Kokubo, E., Kurosaki, K. (2023) Size Evolution and Orbital Architecture of KEPLER Small Planets through Giant Impacts and Photoevaporation, Winds of Stars and Exoplanets, Proceedings of the International Astronomical Union, Volume 17, Symposium S370, pp. 251-256[1] Ishikawa, H., *Takada, S., Matsumoto, Y. (2021) Rheology of two-dimensional crushable granular materials, Powders & Grains 2021, EPJ Web of Conferences 249, 07007
Other publications
[6] 松本 侑士, 「2026年度 iSALE 講習会」開催報告, 「遊・星・人」第35巻 (2026), 3号, 173[5] 松本 侑士, 黒澤耕介, 荒川創太, 衝撃波による隕石内粒子の形成可能性の検討, 国立天文台年次報告, 第37冊 2024年度, 007
[4] 外田 慎太郎, 髙田 智史, 松本 侑士, Blenderによる科学的可視化入門, 「遊・星・人」第34巻 (2025), 3号, 204
[3] 松本 侑士, 遊星人の海外研究記 その4 ~ 台湾における天文研究 ~, 「遊・星・人」第29巻 (2020), 4号, 227
[2] SPICA サイエンス検討会メンバー, SPICAサイエンス検討会最終報告書 (SPICA white paper, §6.3)
[1] Matsumoto, Y., Kokubo, E. (2019) Formation of Close-in Super-Earths by Giant Impacts: Effects of Initial Eccentricities and Inclinations of Protoplanets, Annual Report of the National Astronomical Observatory of Japan, Volume 20, Fiscal 2017, Scientific Highlights 01 (English, Japanese)
*: corresponding author (≠ first author)