The Akamai Internship Program, Hawai`i's premier STEM workforce development initiative, is now accepting applications for its ...

Subaru Telescope is an 8.2-meter optical-infrared telescope at the summit of Maunakea, Hawaiʻi, operated by the National Astronomical Observatory of Japan (NAOJ), National Institutes of Natural ...

The Subaru Telescope has revealed a fourth member of the sednoids, a group of small bodies with peculiar orbits around the outer edge of the Solar System that includes Sedna. The new object, ...

The Subaru Telescope has started a new outreach camera project in collaboration with the Asahi-Shimbun, one of the most popular newspapers in Japan. This camera is used for live streaming of the night ...

An international team of astronomers has discovered a tightly packed cluster of supermassive black holes dating back 10.8 billion years―the most extreme concentration of such objects ever found in the ...

Researchers have finished equipping the Subaru Telescope with a new special "compound eye" culminating several years of effort. This new eye is an instrument featuring approximately 2,400 prisms ...

The Subaru Telescope's wide and deep imaging observations are contributing information to the New Horizons spacecraft as it moves through the outer Solar System. By applying a unique analysis method ...

The MBQ1 (Medium Band Quadrant) filter is newly opened for open-use observations in Semester S26A. If you wish to use this filter during the period of S26A through S27A, you must obtain an approval in ...

太陽系外縁部を進むニュー・ホライズンズ探査機にすばる望遠鏡の広く深い撮像観測が貢献しています。すばる望遠鏡の超広視野カメラで撮られたカイパーベルト天体の探査画像に独自の ...

The new integral field spectroscopy mode of the Faint Object Camera And Spectrograph (FOCAS) on the Subaru Telescope started open-use observations in June 2019. Integral field spectroscopy is an ...

Survey observations using the Subaru Telescope's ultra-widefield prime focus camera have revealed that there may be a population of small bodies further out in the Kuiper Belt waiting to be discovered ...

(1): This percentage represents 100 x ([On-source Integration Time]) / [Total Integration Time]). (2): This percentage represents 100 x ([On-source Integration Time ...