Three giant galaxies from the early universe, whose existence is beyond the limits of theory, have been discovered. Observations of the century shocked scholars by the James Webb Space Telescope operated by the National Aeronautics and Space Administration (NASA) and others.
An international astronomical research team from the United States, the United Kingdom, Switzerland, and the Netherlands included three large galaxies captured by the James Webb Space Telescope in a recently published research report. The trio of galaxies called the Red Monster was found to have a mass similar to the Milky Way (about 100 billion times the size of the Sun, excluding dark matter).
The Red Monster was revealed when the James Webb Space Telescope looked into the dust-covered deep space of the early universe using the near-infrared camera (NIRCam). The distinctive red color is due to NIRCam’s spectroscopic ability to see light at very low illumination levels. The James Webb Space Telescope has used its infrared observation capabilities to see parts of the early universe obscured by dust more effectively than other instruments.
An imaginary diagram of three galaxies captured by the James Webb Space Telescope. It grew at a later stage from the theory of galaxy formation.
“The problem is that all three galaxies were born 12.8 billion years ago, less than 1 billion years after the Big Bang,” said Erica Nelson, an astronomer at the University of Colorado Boulder (UCB). scholars so far, these galaxies “There is no way to grow at that rate,” he said.
He said, “The three newly discovered galaxies in the early universe could overturn the standard model of galaxy formation,” adding, “These are true red giants.” three large galaxies that broke the limit on the speed of galaxy growth.”
Scholars have believed that galaxies are born within a large area of dark matter that makes up the universe. The theory of galaxies and star formation is that stars are formed when galaxies attract and compress gas and dust due to their gravity.
Red Monster, which was revealed during an early observation of the space
Researcher Erica Nelson said, “The previously thought process of star formation is inefficient, as only 20% of the condensed gas becomes stars at most. It’s clear that some “It looks like the limit was bypassed for some reason,” he said.
The researcher said, “It is not clear at the moment why stars formed efficiently in the Red Monster region,” and added, “We will get access to the secret through observations of Red Monster using the James Space Telescope Webb as well as ALMA, a large radio telescope group based in Chile.” “He said.
Most of what happened shortly after the universe was born is a mystery. The research team expected that this discovery could be an important first step towards the mystery of the early universe, which is full of mysteries.
Reporter Jeong Ian anglee@sputnik.kr
Vations of distant galaxies, including the Red Monster. By capturing light that has traveled billions of years to reach us, the telescope provides crucial data about the formation and evolution of these massive galaxies in unprecedented detail. Other observatories also played a pivotal role by complementing these observations with multi-wavelength data, helping to build a comprehensive picture of the properties of the Red Monster galaxies.
Guest 1: Dr. Jane Doe, Astrophysicist at Oxford University
Guest 2: Prof. John Smith, Galaxy Evolution Expert at Stanford University
Theme 1: Discovery of the Red Monster
Question: Can you tell our readers about the significance of the recent discovery of the Red Monster galaxy trio?
Dr. Doe: The discovery of the Red Monster is indeed a remarkable find. These three galaxies are larger than any others known to have existed in the early universe, and their presence challenges our current understanding of how galaxies form and evolve. This could potentially lead to new insights into the mysteries of cosmic evolution and the fundamental processes that shape the universe.
Prof. Smith: Absolutely. The Red Monster is a prime example of just how fascinating and complex the universe really is. Its size alone is intriguing, but what’s truly interesting is how these galaxies managed to grow so quickly and efficiently during the early stages of the universe’s history. This discovery forces us to reevaluate our theories about galaxy formation and could lead to new avenues of research in the field.
Question: What are some of the implications of this discovery for our understanding of galaxy formation?
Dr. Doe: One of the most significant implications of this discovery is that it suggests that the standard model of galaxy formation, which proposes that galaxies grow from the accretion of dark matter and gas, may not be sufficient to explain all galactic properties. We’ll need to explore alternative theories or refine our existing ones to account for the rapid growth of these massive galaxies.
Prof. Smith: Additionally, it raises questions about the role of dark matter in galaxy formation. If these galaxies are growing so efficiently, then it could mean that dark matter isn’t as necessary for large-scale structure formation as previously thought. This could have far-reaching implications for our understanding of the universe’s fundamental properties.
Theme 2: Observational Tools and Techniques
Question: How did the James Webb Space Telescope and other observatories help in this discovery?
Dr. Doe: The James Webb Space Telescope is incredibly powerful and has allowed us to see further into the early universe than ever before. Its infrared capabilities make it particularly well-suited for obser
