While our ability to view distant worlds with advanced telescopes has come a long way in a short time, we can still only photograph a tiny fraction of the planets throughout our cosmos with the ...

This instrument can observe approximately 2,400 celestial objects at the same time across a wide field of view. It breaks down the light of each object into a rainbow extending well past the range of ...

The eyepiece (bottom) of the massive Subaru telescope. The custom-built cart that moves along a track to change out the instruments on the bottom of the Subaru telescope. Subaru's secondary mirror ...

Using the Subaru Telescope located at the summit of the extinct volcano Maunkea in Hawai'i, astronomers have captured a stunning image of a spiral galaxy that resembles a spinning cosmic wheel.

The celestial object nicknamed “Ammonite” is believed to be a relic from the earliest days of the solar system. Photo courtesy Nature Astronomy Scientists using the Subaru Telescope on Maunakea in ...

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 ...

The Princeton astrophysicists entered into a decade-long collaboration with NAOJ, which has agreed to grant the Princeton researchers access to the Mauana Kea, Hawaii-based, 8.2-meter Subaru Telescope ...

The Subaru Telescope image which led to the discovery of HIP 54515 b (indicated by the arrow). The planet’s host star has been blocked in this image. The star’s position is indicated by the star mark.

Using a novel imaging technique on a ground-based telescope, astronomers captured the sharpest view of a star's disk, revealing previously unseen structure. (Nanowerk News) A novel imaging technique ...