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Where did the universe come from?
The universe formed by galaxies, sun, moon and stars has its own process of evolution and change.
The theory that dominates the origin of the universe is the Singularity Big Bang Theory, which everyone has probably heard of.
Since the 20th century, the singularity of the Big Bang theory has gradually become the dominant theory describing the origin and evolution of the universe, which has played an important role in promoting the further development and improvement of the general theory of relativity, and has greatly promoted the development of astronomy and cosmology.
However, since then, the relevant data obtained by this theory has not been enough to describe the evolution of the universe, so cosmologists have questioned the theory due to the lack of sufficient data to support it, and opponents have put forward their own opinions on this theory.
When opponents pointed out the loopholes in his theory and said that the theory did not conform to the laws of scientific development, he made new improvements to the theory.
Singularity Big Bang Theory.
Opponents argue that the singularity state cannot be scientifically deduced.
The first is the proposition of this singularity state, which seems very absurd.
So, what was before the singularity state?
Opponents argue that the singularity state seems to have come out of nowhere, without any material basis for it.
Secondly, in this singularity state, it contains all the matter of the universe, and the volume of this part of the matter tends to be zero, but the density tends to be infinite, which obviously violates the fundamental nature of matter.
In order for matter to exist, it must occupy a certain volume in space, and the existence and appearance of matter cannot be out of thin air, but must have a certain material basis.
Opponents put forward their own theories on this basis, arguing that the explosion of the universe was caused by a special state of matter, that is, a kind of "particle matter universe", and that the Big Bang would be triggered when the accumulation of this particle matter reached its limit.
Opponents of the singularity improved on the main problem of the theory and renamed it an improved version of the Big Bang Theory of the Singularity, of which he himself was the main proposer.
Although the scientist improved the Big Bang theory of the singularity, he was not sure of the correctness of the theory for a while, so the scientist decided to continue exploring it in his academic research.
This question has aroused everyone's thinking, and even attracted the attention of many scientists, and after this opponent spoke out, his voice caused many people to respond.
Among them is Professor Gao Ge of China who expressed his views on this theory.
Professor Gao Ge believes:
If the "particle matter universe" in this universe is assumed to be true, then this huge explosion of matter should be a reasonable explanation for the origin of the universe.
And the universe was in a state of chaos before it exploded.
"Singularity Big Bang" is an improved version!
As an expert and celebrity in many fields, Professor Gao Ge has been involved in a wide range of research fields, especially in mathematics, computer science, physics, chemistry and other fields.
He has been a professor at the United States Institute for Advanced Study since 1999 and now has nearly 25 years of research experience.
In his academic research, Professor Gao was very fortunate that he did not limit himself to a corner of the world, but tried to explore and challenge himself in a higher field.
In 2018, he proposed a new model of the universe, on which he subversively reconstructed cosmology, including an improved version of the "Singularity Big Bang Theory".
Professor Gao's theory is known as the Big Bang model, which is more like a hypothesis about the origin of the universe.
He believed that the Big Bang originated from a "particle-like material universe" rather than a singularity out of thin air.
In his model, he proposes a completely new idea: the universe existed before the explosion, and it was in a state of chaos.
In this state, there are a large number of particles in the universe, which are the basic units that make up matter, and they collide and collide with each other, so that energy gradually accumulates.
Over time, this chaotic state intensifies, and the energy density between the particles increases, eventually reaching a limit state.
In this state, collisions and collisions between particles produce a huge release of energy, which leads to the Big Bang of the universe.
This view is more consistent with the Gao Ge model, and emphasizes that the universe existed before the explosion and was not formed out of thin air by singularities.
Professor Gao Ge's theory has injected a new vitality into the theory of the origin of the universe and provided new ideas for the scientific community.
Explore the possibilities of the universe.
It is precisely because of the innovative nature of the theory proposed by Professor Gao Ge that many people have a new direction for the exploration of the universe.
Of course, the study of the origin of the universe is not just the preserve of physics, and some philosophers have also expressed their views on it.
The issues they discuss are often different from the origin of matter and more concerned with the meaning of existence.
Asking these questions is not entirely a scientist's specialty, after all, science is always concerned with objective laws, while philosophy is more concerned with meaning, such as: "If the universe is caused by a certain state of matter, where does that state come from?"
Models of the universe have sprung up, and their ability to reinforce each other is not just the thinking of physicists, but may also be speculation in other fields.
Different schools of thought and viewpoints can explain the origin of the universe from different perspectives, and the emergence of these theories has not only enriched the debate in the scientific community, but also promoted the development of science, allowing us to delve deeper into the mysteries of the universe.
Exploring the origins of the universe is one of the most fascinating and complex issues in scientific research, and it involves knowledge and research in many fields, including quantum physics, astronomy, philosophy, and more.
Professor Gao's research provides us with a new perspective that allows us to better understand the evolution of the universe.
The particle model proposed by him in a chaotic state can explain the origin of the universe, and at the same time provide new ideas and directions for future scientific exploration.
Of course, the scientific community's research on the origin of the universe is still in the stage of continuous development and improvement.
With the advancement of technology and the improvement of observation methods, we are expected to obtain more data and evidence to validate and modify various cosmic models.
In the process of exploring the universe, we need to keep an open mind and constantly think and question existing theories in order to better understand the nature and origin of the universe.
epilogue
Professor Gao Ge's research has brought us a new direction of thinking and a deeper understanding of the origin of the universe.
The universe is a complex and mysterious realm, and we still have many unknowns waiting to be explored and discovered.
Regardless of the origin of the universe, it represents our pursuit of science and the search for the unknown.
Perhaps one day, we will uncover the mysteries of the universe and understand its origin and evolution, but before that, we need to continue to work hard, keep exploring, and keep learning.
Science is a field that is constantly evolving, and we should keep our curiosity and spirit of exploration to keep digging into the mysteries of the universe.