 |
| Scientists have received important information about the scattering of the galaxy in the universe. |
Scientists have found out from a particular method
and long observation that the reason for the uneven distribution of galaxies (Universe)
in the universe at present.
How was the Universe originated? How did he come to
the stage he is in today? Scientists are looking for answers to these questions
from the beginning. The research being done in this direction for 10 years has brought an answer. This study has tried to explain
how the structure of today's universe evolved.
Study done by adding data for ten years
With the help of the Magellan Bade Telescope of
Chile's Las Campanas Observatory, scientists studied thousands of galaxies for
ten years and tried to give a new concept to know the current structure of the
universe. According to the news of Daily Science, its results have been
published in the Monthly Notices of Royal Astronomical Society.
The team adopted a different approach
Daniel Kelsen, head of research, took a different
approach to the puzzle that seemed like a nuisance. Research co-author Andrew
Benson stated, "In our research, we tried to find out what was the initial
role of gravity in the development of the structure of our universe." This
is a direct examination of the fundamental pillar of cosmology.
What was the purpose of the survey?
The purpose of this Carnage Spitz IMACS Regshift
Survey was to study the relationship between the growth of various galaxies and
the environment around them over the last 9 billion years.
At that time modern galaxies were appearing. Daniel Kelson stated, "The
main goal of the survey was to know the mass of the stars of distant galaxies
and to find out how the universe was formed."
Something like this started and then
Early galaxies formed a few million years after
Big-bang. Initially the universe was filled with hot energetic particles. After
the initial explosion, these substances started spreading outward. On cooling
it turned into neutral hydrogen gas. Some particles were denser than other
particles. Later, his gravitation came to dominate and he collapsed inside.
It was not easy to calculate
It was very difficult for astronomers to define this
density difference. There was some mathematical challenge in this as well.
According to Benson, gravitation interrelationship between all the particles of
the universe is very difficult to explain with simple mathematics. Researchers
first demonstrated that by calculating the growth of a particular structure, we
can reach the average calculation of the universe.
From the past to the present and from
the present to the beginning
In this way it was found that the parts with dense
particles grew rapidly while the low density parts continued to grow slowly. He
made a similar calculation on today's conditions in the opposite direction. By
tracing the original distributions, they detected differences in density. In
this way, they came to know the distribution of today's sky.
What was the difference between the two calculations?
Researchers found out why and how there was a
difference in wealth and the universe was able to reach the present day. This
discovery was stuck due to complex mathematical challenges. In this research,
we have tried to find a solution to this puzzle in a different method.
A lot can happen in the future
With this, information about the childhood of the
universe could also be found. Of course it may take time to consider this
research as authentic, but it also cannot be dismissed. In the next few years,
accuracy can also be brought to it with more data.
No comments:
Post a Comment