Do you know what the most dominant view of the origin of the universe is?

At present, the most mainstream view on the origin of the universe is that the universe is large**, and the universe was just a singularity at the beginning, and the universe can be regarded as a small but massive thing at that time, which is beyond the boundaries of human imagination. But because of the sudden occurrence of ** at a certain time, the matter and energy in it were ejected to a distant area, and then it took a long time to form stars and quasars, and then gradually formed the Milky Way where the Earth is currently located.

In fact, there is also a theory about the origin of the universe that the universe is eternal, which is that the mood of the universe has always existed beyond the time that people can imagine, so these stars have always been in a stable distribution state. It is believed that in the universe these substances are in a very balanced state, even if some stars die in one place, but new stars will appear in other places, so on the surface the universe seems to be stable and unchanging, but there are also some local changes in it, so that the universe has been developing steadily.

There is also a theory about the stratification of the universe, which is supported by the idea that the universe is hierarchical, with one level of stars that can be observed by humans, but another level composed of other galaxies, and then star clusters composed of multiple galaxies are at the level of higher civilizations. However, there are actually relatively few people who support this hypothesis, because it may involve a higher-level life system, and there may be aliens, but in fact, this has not been confirmed so far, so everyone is also conjecturing.

Finally, there are too many conjecture hypotheses about the universe, and human beings have been trying to explore the birth and origin of the universe, and perhaps one day in the future, the conjecture hypothesis about the universe can indeed be understood, but according to the current science and technology, there is no way to truly understand the universe.

At present, the most mainstream view of the origin of the universe is that the earth is large, and the earth is the product of the stars.

The more mainstream concepts are the theory of the universe, the theory of climate change, and the theory of meteorite impact. There are also religious doctrines, as well as mythological doctrines.

13.8 billion years ago, the universe began, and from this time there was a universe, and then there were other things.

The most influential theory about the origin of the universe is the theory of cosmic explosion.

The "Great ** Cosmology" holds that the universe was formed by a dense and hot singularity that expanded after a big ** 15 billion years ago. In 1929, the American astronomer Hubble proposed Hubble's law that the redshift of galaxies is proportional to the distance between galaxies, and deduced the theory of cosmic expansion in which galaxies are moving away from each other.

Back in 1929, Edwin Hubble made the landmark discovery that galaxies in the distance were rapidly moving away from us, no matter which direction you looked. In other words, the universe is constantly expanding. This means that earlier the stars were closer to each other.

In fact, it seems that at some point about 10 billion to 20 billion years ago, they happened to be in the same place, so Hubble's discovery implies that there was a moment called the Great **, when the universe was infinitely close.

Basic assumptions:

The establishment of the grand ** theory is based on two basic assumptions: the universality of the laws of physics and the principles of cosmology. The cosmological principle states that the universe is homogeneous and isotropic on a large scale.

These ideas were first introduced as a priori axioms, and there are now studies that attempt to verify them.

For example, for the first hypothesis, experiments have shown that the relative error of the fine structure constant does not exceed 10 (-5) for most of the time since the beginning of the universe.

In addition, through the observation of the solar system and the Fiberpulse binary system, the theory of relativity has been verified by very accurate experiments. On a broader cosmological scale, the empirical success of the big ** theory in many aspects is also a strong support for the general theory of relativity.

Answer]: B Regarding the origin of the universe, the most representative and influential theory is the big ** theory. According to the Great ** theory, the Universe Qingzhou evolved from a state of extremely dense and extremely high temperature about 14 billion years ago.

Almost all the research of modern cosmic physics is related to the grand theory of the universe, or it is an extension of it, or the obscure is further explained by Zaozhou.

Answer]: b From ancient times to the present, there are many theories about the origin of the cosmic fighter But the most influential and widely accepted is the theory of the big ** universe grasping the circle. Therefore, the empty skin suspects that this question is b.

Answer]: The big ** theory (bigbang) is a theory of the origin of the universe in the early universe of Ushi. According to the Big ** theory, the universe evolved from a state of extreme density and extremely high temperature about 14 billion years ago.

Nowadays, almost all the research in the physics of the universe is related to the grand theory of the universe, or the ascendant is an extension of it, or it is a further explanation. Therefore, choose B.

The most representative and influential theory of the origin of the universe is the Grand Theory.

Strictly speaking, the black hole theory, the dark matter theory, and the law of conservation of energy are not the theories of the origin of the universe.

The universe is a general term for the vast expanse of space and the various celestial bodies that exist in it, as well as the diffuse matter. The origin of the universe is an extremely complex issue. The universe is the material world, which is in constant motion and development.

For thousands of years, scientists have been searching for when and how the universe came to be.

To this day, many scientists believe that the universe was formed by a big ** that occurred about 13.7 billion years ago. The matter and energy in the universe are gathered together, and condensed into a very small volume, the temperature is extremely high, the density is extremely high, and the huge pressure is generated in an instant, and then a large ** occurs, and the reaction principle of the big ** is called quantum physics by physicists.

The big ** caused the matter to be scattered, the cosmic space continued to expand, and the temperature also dropped accordingly, and later appeared in all galaxies, stars, planets and even life in the universe.

Research Experience:

This is a question that has been pondered by ancient philosophers and modern astronomers more than 2,000 years ago. After Copernicus, Herschel, and Hubble's trilogy of exploring the universe from the solar system, the Milky Way, and the extragalaxies of Liangqiaoqiao, cosmology is no longer a profound and esoteric abstract philosophical speculation, but a modern science based on astronomical observations and physical experiments.

It wasn't until the 20th century that two "models of the universe" emerged that were more influential. One is the steady-state theory, and the other is the big ** theory. In the late 20s of the 20th century, Edwin Hubble discovered the phenomenon of redshift, indicating that the universe is expanding.

In the mid-60s of the 20th century, Arnault Penzias and Robert Wilson discovered "cosmic microwave background radiation". These two discoveries give strong support to the big ** theory.

The most representative and influential theory of the origin of the universe is the Grand Theory.

The big theory is a conclusion reached by scientists by analyzing a variety of evidences such as cosmic microwave background radiation, the movement and distribution of galaxies, and the composition of cosmic elements, and it is also the most widely recognized cosmology. In addition to helping us explain the origin and development of the universe, this theory also provides us with a way to deepen our understanding of the universe and matter, and it is a major milestone in modern physics and astrophysics.

The theory states that the universe began to form about 13.8 billion years ago from an extremely hot, extremely dense large** and expanded trillions of times in a second. In the early stages of the universe, various elementary particles, elements, and energies, as well as gravity and other fundamental forces, interacted to form the original cosmic matter, which evolved and coalesced over time, eventually forming matter such as galaxies, stars, planets, and life.

The meaning of the origin of the universe

The origin of the universe refers to the process of the emergence and development of the universe, covering the origin, evolution, formation and development of the universe. The origin of the universe is a very complex issue that has always been an important field of research in scientific research. Although there are still some unknown problems in the study of the origin of the universe, we have made great progress in the fields of chemistry, physics, and astronomy.

The most representative and influential theories about the origin of the universe are:

The theories about the origin of the universe mainly include the theory of the universe, the theory of the expansion of the universe and the theory of the explosion of the universe, among which the most representative and the most influential theory is the theory of the universe. The theory of the universe believes that the universe was born 13.8 billion years ago from an extremely high-temperature, high-density, high-energy event. This ** caused the matter of the universe to begin to diffuse and cool, forming various substances and structures that exist in the universe.

This theory has been supported and confirmed by a large number of astronomical observation data, and has become one of the widely accepted theories of the origin of the number ridge of the universe in the scientific community. The theory of cosmic expansion and the theory of cosmic inflation are further refinements and revisions of the theory of the universe, which are of certain help and enlightenment for us to better understand the origin and evolution of the universe.