Member

HIBIYA, Yuki Associate Professor Earth and Planetary System Science Group Office: RCAST Bldg. -209 E-mail: HP: http://researchmap.jp/y-hibiya?lang=en
Research Field Cosmic and planetary material evolution Current Research We aim to unravel the mysteries of the early solar system formation and planet formation through the analysis of meteorites and their constituent materials. We investigate the stellar environment surrounding the early solar system and the material evolution within the protoplanetary disk using isotopic analysis and mineralogical observation. Furthermore, we seek to identify the origin of Earth's building blocks and re-evaluate Earth's early evolution from the perspective of solar system material evolution. Additionally, we are advancing the development of analytical instruments and methods for future sample return missions, as well as basic scientific research for extraterrestrial resource exploration. Representative Publications 1. Hibiya, Y., Iizuka T., Enomoto H., Hayakawa T. (2023) Evidence for Enrichment of Niobium-92 in the Outer Protosolar Disk, The Astrophysical Journal Letters, 942, L15. 2. Hibiya, Y., Iizuka T., Yamashita K., Yoneda S., Yamakawa A. (2019) Sequential chemical separation of Cr and Ti from a single digest for high precision isotope measurements of planetary materials. Geostandards and Geoanalytical Research, 43, 133–145. 3. Hibiya, Y., Archer G. J., Tanaka R., Sanborn M. E., Sato Y., Iizuka T., Ozawa K., Walker R. J., A. Yamaguchi A., Yin Q-Z., Nakamura T., Irving A. J. (2019) The origin of the unique achondrite NWA 6704: Constraints from petrology, chemistry and Re–Os, O and Ti isotope systematics. Geochimica et Cosmochimica Acta, 245, 597–627.

HIBIYA, Yuki

Associate Professor
Earth and Planetary System Science Group

Office: RCAST Bldg. -209
E-mail:
HP: http://researchmap.jp/y-hibiya?lang=en

Research Field

Cosmic and planetary material evolution

Current Research

We aim to unravel the mysteries of the early solar system formation and planet formation through the analysis of meteorites and their constituent materials. We investigate the stellar environment surrounding the early solar system and the material evolution within the protoplanetary disk using isotopic analysis and mineralogical observation. Furthermore, we seek to identify the origin of Earth's building blocks and re-evaluate Earth's early evolution from the perspective of solar system material evolution. Additionally, we are advancing the development of analytical instruments and methods for future sample return missions, as well as basic scientific research for extraterrestrial resource exploration.

Representative Publications

1. Hibiya, Y., Iizuka T., Enomoto H., Hayakawa T. (2023) Evidence for Enrichment of Niobium-92 in the Outer Protosolar Disk, The Astrophysical Journal Letters, 942, L15.
2. Hibiya, Y., Iizuka T., Yamashita K., Yoneda S., Yamakawa A. (2019) Sequential chemical separation of Cr and Ti from a single digest for high precision isotope measurements of planetary materials. Geostandards and Geoanalytical Research, 43, 133–145.
3. Hibiya, Y., Archer G. J., Tanaka R., Sanborn M. E., Sato Y., Iizuka T., Ozawa K., Walker R. J., A. Yamaguchi A., Yin Q-Z., Nakamura T., Irving A. J. (2019) The origin of the unique achondrite NWA 6704: Constraints from petrology, chemistry and Re–Os, O and Ti isotope systematics. Geochimica et Cosmochimica Acta, 245, 597–627.