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Last Updated: November 12, 2018

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画像:Presentations to be delivered at AMS 2018 on the current status of Kibo utilization research and the experimental equipment on boardへリンク

Presentations to be delivered at AMS 2018 on the current status of Kibo utilization research and the experimental equipment on board(November 12, 2018)

The Japan Aerospace Exploration Agency (JAXA) will make two presentations at the 12th Asian Microgravity Symposium (AMS 2018) which will be held in Zhuhai of Guangdong, China, from 12th to 16th of November, 2018 on the current status of research utilizing the Japanese Experiment Module "Kibo" and the experimental equipment on board.

画像:MAXI's discovery and 200-day observations of MAXI J1535-571, one of the brightest X-ray novae of this century, are published in the astronomical journal of Japan!へリンク

MAXI's discovery and 200-day observations of MAXI J1535-571, one of the brightest X-ray novae of this century, are published in the astronomical journal of Japan!(November 2, 2018)

A research group including Mr. Satoshi Nakahira, visiting researcher from JAXA at RIKEN, Ms. Megumi Shidatsu, assistant professor at Ehime University, and other researchers from domestic institutes carried out a 200-day observation mission for a new X-ray nova MAXI J1535-571 that had been discovered with the Monitor of All-sky X-ray Image (MAXI) mounted on the Exposed Facility of the JEM "Kibo"/ISS.

画像:CALET Gamm-ray observation results are featured in on-line version of The Astrophysical Journalへリンク

CALET Gamm-ray observation results are featured in on-line version of The Astrophysical Journal(November 2, 2018)

The CALorimetric Electron Telescope (CALET) is being operated to observe three kinds of high-energy cosmic-rays: electrons (including positive electrons), gamma rays, and protons and atomic nuclei.

画像:Results of Protein Crystal Growth experiment in Kibo (Flash report)へリンク

Results of Protein Crystal Growth experiment in Kibo (Flash report)(November 1, 2018)

Results of Protein Crystal Growth experiment in Kibo (Flash report)

画像:A Japan-US joint study has revealed that artificial gravity load is effective to reduce impairment in eyeball tissues during long stay in space: an achievement of

A Japan-US joint study has revealed that artificial gravity load is effective to reduce impairment in eyeball tissues during long stay in space: an achievement of "Kibo" rodent mission stepping to future human space exploration to Moon and Mars(October 30, 2018)

A Japan-US joint study has revealed that artificial gravity load is effective to reduce impairment in eyeball tissues during long stay in space: an achievement of "Kibo" rodent mission stepping to future human space exploration to Moon and Mars

画像:Joint research starts for experiments in

Joint research starts for experiments in "Kibo" as part of the "Study on Phase Behavior of Multi-component Colloidal Clusters under Microgravity," a feasibility study theme using "Kibo" selected in 2015(October 30, 2018)

Following the elaboration and technical reviewing of the experiment plan stated in the "Study on Phase Behavior of Multi-component Association Colloid System under Microgravity," a theme of feasibility study (FS) using an environment of the Japanese Experiment Module "Kibo" proposed by professor Jumpei Yamanaka at the Graduate School of Pharmaceutical Sciences, Nagoya City University, a first step of practical preparation for the experiment in the International Space Station (ISS) has been taken.

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