Nature Communications (Oct 2021)

Spectrally blue hydrated parent body of asteroid (162173) Ryugu

  • Eri Tatsumi,
  • Naoya Sakatani,
  • Lucie Riu,
  • Moe Matsuoka,
  • Rie Honda,
  • Tomokatsu Morota,
  • Shingo Kameda,
  • Tomoki Nakamura,
  • Michael Zolensky,
  • Rosario Brunetto,
  • Takahiro Hiroi,
  • Sho Sasaki,
  • Sei’ichiro Watanabe,
  • Satoshi Tanaka,
  • Jun Takita,
  • Cédric Pilorget,
  • Julia de León,
  • Marcel Popescu,
  • Juan Luis Rizos,
  • Javier Licandro,
  • Ernesto Palomba,
  • Deborah Domingue,
  • Faith Vilas,
  • Humberto Campins,
  • Yuichiro Cho,
  • Kazuo Yoshioka,
  • Hirotaka Sawada,
  • Yasuhiro Yokota,
  • Masahiko Hayakawa,
  • Manabu Yamada,
  • Toru Kouyama,
  • Hidehiko Suzuki,
  • Chikatoshi Honda,
  • Kazunori Ogawa,
  • Kohei Kitazato,
  • Naru Hirata,
  • Naoyuki Hirata,
  • Yuichi Tsuda,
  • Makoto Yoshikawa,
  • Takanao Saiki,
  • Fuyuto Terui,
  • Satoru Nakazawa,
  • Yuto Takei,
  • Hiroshi Takeuchi,
  • Yukio Yamamoto,
  • Tatsuaki Okada,
  • Yuri Shimaki,
  • Kei Shirai,
  • Seiji Sugita

DOI
https://doi.org/10.1038/s41467-021-26071-8
Journal volume & issue
Vol. 12, no. 1
pp. 1 – 13

Abstract

Read online

Both poles of asteroid Ryugu, the target of space mission Hayabusa2, preserve the least processed material by space weathering. Here, the authors show detection of 700 nm absorption band in the polar spectra of Ryugu, that allows to constrain the hydrothermal history of its spectrally blue parent body.