Photo: phys.org
"James Webb Unveils Chaotic Early Galaxies Striving for Stability"
Astronomers using the "James Webb Space Telescope" have revealed that early "galaxy" formation was chaotic, highlighting critical insights into the "chronology of the universe" post-Big Bang.
- Researchers at the "University of Cambridge" analyzed over 250 young galaxies, formed between 800 million and 1.5 billion years after the "Big Bang", revealing their turbulent nature.
- The study utilized the "James Webb Space Telescope"s advanced "NIRCam" technology to observe the gas movement in these galaxies, emphasizing the role of "turbulence" in early "star formation".
- Findings indicate that these early galaxies were far more chaotic compared to the structured nature of the present-day "Milky Way", reshaping our understanding of the "universe"s formation.
Why It Matters
This research sheds light on the early stages of galaxy formation, offering crucial insights into how the universe evolved from its chaotic beginnings to the structured cosmos we observe today. Understanding this turbulence is essential for comprehending the processes that led to the current arrangement of galaxies.