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making stars

Researchers studying the Orion Nebula with the James Webb Space Telescope found that ultraviolet radiation from massive stars prevents the formation of giant planets in young systems by scattering their building materials.
This galaxy experienced a tumultuous and fast life: the star formation process worked quickly and suddenly ended, a situation that is not expected at such an early stage in the evolution of the universe. It is still unclear whether the "frozen" state of the galaxy is temporary or permanent, and what is the reason for the cessation of the star formation process
The discovery of an S-shaped galaxy could revolutionize the understanding of the process of star formation
The galaxy is currently 25 billion light-years away, but when light began to travel from it to us about 12.5 billion years ago, it was much closer, because the universe is expanding
When the universe was about three billion years old, only 20% of its current age, it went through the most abundant period of star birth in its history. But when Hubble and ALMA looked at cosmic objects during this period, they found something strange: six ancient massive "dead" galaxies that had run out of the cold hydrogen gas needed to form stars
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