Test observations using the next-generation adaptive optics system ULTIMATE-START, developed through collaboration between Tohoku University and the National ...
On the night of Monday, March 2, 2026, a total lunar eclipse unfolded over the Pacific region. Unlike a solar eclipse, which is visible only from a narrow path, a lunar ...
Low Res. (71 KB) / Mid. Res. (928 KB) / High Res. (4.2 MB) The Subaru Telescope gazes into the clear winter night sky. High above the enclosure shines the Pleiades star cluster—known as Subaru in ...
The "Subaru 2" project, which aims to significantly enhance the capabilities of the Subaru Telescope and open new frontiers in astronomical research, officially started in 2022. The "Subaru 3 Workshop ...
ハワイ時間 2026年3月2日の深夜、太平洋地域などで皆既月食が観測されました。日食が地球上の限られた帯状の地域でしか見られないのに対し、月食は月が地平線上に出ている地球上の広い ...
How did the construction of the Subaru Telescope transform Japanese astronomy? A new study provides a quantitative answer by analyzing scientific publications and their citation impact during the ...
すばる望遠鏡の主焦点に搭載される超広視野多天体分光器「オーノヒウラ PFS」は、2025年3月に本格的な科学運用を開始しました。広い視野内で最大約 2400 天体を同時に観測し、可視光から近 ...
The ʻŌnohiʻula Prime Focus Spectrograph (PFS) is a wide-field, multi-object spectrograph installed on the Subaru Telescope that began full science operations in March 2025. This instrument can observe ...
EDUCATION: Bachelor’s Degree from an accredited four (4) year college or university in Astronomy, Physics, Hawaiian studies or a closely related field. (Associate’s Degree from an accredited community ...
宇宙をより詳しく調べるためには、より大きく、より高性能な望遠鏡が必要になります。世界最高水準の望遠鏡で天文学の最前線に立ちたい―そんな日本の天文学者の長年の夢は、1999年 ...
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