国立天文台ハワイ観測所の谷口大輔研究員、濱野哲史研究員を含む共同研究グループは、ダークマターが崩壊する際に放出する光子の近赤外線帯での検出実験を世界で初めて実施し、ダークマターの寿命に対してこれまでにない厳しい制限を与えることに ...

Subaru Telescope has been developing a wide-field multi-object spectrograph under international collaboration scheduled to start observations around 2020. Up to 2400 astronomical objects inside 1.3 ...

This page is an explanation of the quick reduction of Subaru HDS (High Dispersion Spectrograph) data on sumda system at Subaru summit/remote observation system. Basically, this page describes the ...

自然科学研究機構国立天文台ハワイ観測所が運用する 口径 8.2 メートルの光学赤外線望遠鏡です。

For detailed information about this image slicer, please refer Tajitsu et al. 2012, PASJ, 64, 77. In order to collect more photons into a narrow slit for high spectral resolving power, the image ...

このプロジェクトは 文部科学省 大規模学術フロンティア促進事業の支援を受けています。

The observatory of the Subaru Telescope was officially established in April 1997, following the completion of its base facility building in Hilo, Hawaii. "Subaru Telescope" can refer to the telescope ...

国立天文台は、世界最先端の観測施設を擁する日本の天文学のナショナルセンターです。大学共同利用機関として全国の研究者の共同利用を進めるとともに、共同研究を含む観測・研究・開発を広く推進し、天文学および関連分野の発展のために活動してい ...

The Subaru Telescope was designed for long-term versatility as a major tool in observational astronomy, which focuses on the use of instruments mounted on the telescope to observe celestial objects.

This project is supported by "Project to Promote Large Scientific Frontiers" of MEXT.

Deadline of Normal/Intensive Program Submission March 4 (Tue), 2025 12:00 (Noon) in Japan Standard Time (i.e., March 4, 3:00 am in UT) Deadline of Service/Filler (HSC) Program Submission April 2 (Wed) ...

This page describes the traditional way of creating and transferring non-sidereal files. Please also refer to the easier and simplified procedure.