Announcement of the selected proposals for the 2nd Ryugu Sample AO

A paper regarding the Ryugu sample released from the Sandy Materials Analysis Team.

Revealing the evolution of Ryugu using numerical simulations: avalanches, and the formation of top-shaped asteroids and rubble-pile satellites

Hayabusa 2022 symposium!

Two published articles on gas analyses from Hayabusa 2 mission!

Article published: Discovery of the Ryugu samples outside of the sample container

Approaching deadline for the second announcement of opportunity for Hayabusa 2 samples: Oct 7, 2022

Extended deadline for abstract submission for Hayabusa Symposium 2022

System Maintenance Info (Oct. 2 to 3)

A paper regarding the Ryugu sample released from the Stone Analysis Team.

A paper regarding the Ryugu sample released from the Phase-2 Curation Kochi team.

Ideas exchange with NASA /JSC curators

The loand period of MicrOmega will be extended.

Abstracts of "HAYABUSA symposium 2021" released.

The 1st Ryugu Sample AO accepted 40 research proposals.

Papers released from the Initial Analysis and Phase-2 Curation!

FE-EPMA

Two new gloveboxes have arrived.

Ryugu Sample Catalog is Open.

Two papers released from the Initial Description for Ryugu samples!

Ryugu sample AO

Sample Distribution to NASA & 1st Anniversary Events for the Hayabusa2 Sample Return!

Hayabusa Symposium 2021

Curation work for the largest Ryugu particle is in progress!

Usui's article is now published in Science (Hyodo & Usui, 2021).

NASA/JSC has completed the cleanroom for Hayabusa2

Ryugu Sample Distribution to the initial analysis team and Phase 2 curation teams!

Press Conference

HYB2 project's Initial Analysis team visited the curation center.

Phase2-Curation Joint Meeting

Initial Description by MicrOmega

Hayabusa Asteroid Sample Catalog 2020 is released.

Hayabusa2 curation work is ongoing!

Assessment of Cr isotopic heterogeneities of volatile-rich asteroids based on multiple planet formation models.

Fluorescent XAFS analysis by using Transition-Edge-Sensor (TES) was succeeded. Dr. Hayashi is belonged to the TES development team.

Confirmation of the sample collected during the first touchdown on asteroid Ryugu by asteroid explorer, Hayabusa2

Analysis results from the gas collected from the sample container of the asteroid explorer, Hayabusa2

Confirmation of the asteroid Ryugu sample collection by the asteroid explorer, Hayabusa2

Completion of Transportation of the Hayabusa2 Re-entry Capsule to the JAXA Sagamihara Campus

Here comes MicrOmega at Sagamihara!