How does a star form from the cold, turbulent gloom of a molecular cloud? Three years have already passed since the James Webb Space Telescope has been revealing how, most recently by removing the ...

The SOAR Telescope sits on the peak of Cerro Pachón, part of the Chilean Andes mountain range. Recently, a rare winter storm swept across the Atacama desert, bringing snow to the driest place on Earth ...

NASA is focused on the moon as a crucial stepping stone for future deep space exploration. Earth's moon is a 4.5-billion-year ...

Astronomers have studied the globular cluster 47 Tucanae extensively, but still have many questions. It may have an ...

The game-changing Vera C. Rubin Observatory will collect more astronomical data in its first year than all other telescopes ...

The world's most powerful telescopes, including the James Webb Space Telescope and FAST, are revolutionizing our ...

Physicists and engineers at CU Boulder envision infrared astronomy telescopes that may one day span the entire globe—syncing up observations from instruments spread across the continents, or even ...

The Stratospheric Observatory For Infrared Astronomy (SOFIA) was a telescope mounted on a Boeing 747 that studied infrared light in the universe.

These considerations have led the astronomer Jean-Pierre Maillard to suggest that the Moon may be the future of infrared astronomy.

By looking at the shifting of stars in photos from the New Horizons probe, astronomers have calculated its position in the ...

Infrared astronomy has to overcome a number of challenges. First, it's invisible to the eye; humans mostly sense infrared (IR) radiation as heat. The human eye can't pick up these frequencies.

Two deep infrared surveys taken 23 years apart measured the object's orbital motion. In 1983, the Infrared Astronomy Satellite surveyed the universe for a year.