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  1. www.eaps.purdue.edu › people › profileDr. Shigeru Wakita - Purdue University

    Dr. Shigeru Wakita. Research Scientist. swakita@purdue.edu.

  2. wakitaweb.fpark.tmu.ac.jp › indexShigeru WAKITA

    Shigeru WAKITA. In Japanese. Organization. Faculty of Economics, Tokyo Metropolitan University (Since 1995.4) My Major. Macroeconomics Labor Economics. My Past Place of Work and Study. Institute of Social Science, University of TOKYO. University of TOKYO Graduate School of Economics. Selected Working Papers for Download.

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    • Staff Listing - Department of Earth, Atmospheric, and Planetary ...
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    • Yuki Kimura, Kazuo Yamamoto, a [IMAGE] | EurekAlert! Science News Releases

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  4. www.eaps.purdue.edu › news › articlesFour EAPS professors chosen by NASA to study lunar science

    Jul 7, 2023 · Shigeru Wakita, a postdoctoral researcher at Purdue University, is a Co-Investigator on the Center for Lunar Origin and Evolution (CLOE) team, one of the five selected by NASA to study lunar science and sample analysis. CLOE will investigate the conditions of Earth-Moon formation and the evolution of craters on the Moon.

  5. www.sciencedirect.com › author › 23983695400Shigeru Wakita | ScienceDirect

    Read articles by Shigeru Wakita on ScienceDirect, the world's leading source for scientific, technical, and medical research.

  6. www.researchgate.net › Shigeru-Wakita-2024146729Shigeru Wakita's research works | Massachusetts Institute of...

    Shigeru Wakita's 48 research works with 511 citations and 2,162 reads, including: Modeling the Formation of Selk Impact Crater on Titan: Implications for Dragonfly

  7. iopscience.iop.org › article › 10PLANETESIMAL COLLISIONS AS A CHONDRULE FORMING EVENT

    Jan 9, 2017 · Article information. ABSTRACT. Chondritic meteorites contain unique spherical materials named chondrules: sub-mm sized silicate grains once melted in a high temperature condition in the solar nebula. We numerically explore one of the chondrule forming processes—planetesimal collisions.

  8. arxiv.org › abs › 1611[1611.05511] Planetesimal collisions as a chondrule forming event

    Nov 17, 2016 · Shigeru Wakita, Yuji Matsumoto, Shoichi Oshino, Yasuhiro Hasegawa. Chondritic meteorites contain unique spherical materials named chondrules: sub-mm sized silicate grains once melted in a high temperature condition in the solar nebula.