Night air, the most striking of which is the interlocking silver river. Our planet, as well as the solar system, are also the “one-size-fits-all” in a large monetary system. However, how do large-quality galaxies, such as the Galaxy system, shape and evolve, and how do large-quality constellations emerge? The current scientific community has not provided a good explanation.

The detailed process of direct detection of gases around the early universe of galaxies by the University’s astronomical team to enter the galaxies through full-band data has confirmed that the “recycling circulation” with a high degree of material enrichment is key to driving the formation of galaxies, which is an important step in understanding the evolution of galaxies’ “ecosystems” and galaxies.

On 5 May, the results of the research were published online in Long Paper.

Traditional theory and observation

With reference to galaxies, it is often thought first of all to be a “greenhouse” that has not been rotated in a space vacuum, but with the rapid advances of scientific knowledge of galaxies in recent years, it has been found that many galaxies are growing in a “gas environment” galaxies, with a vast array of gases. The galaxies are unreasonably obtained from the surroundings and form a “inward flow” to the galaxies. At the same time, the giant black holes of the galaxies centre have transformed significant gravitation into photovoltaic, moving gases within the galaxies to large-scale spaces, thus creating a “cosmic ecosystem”.

The “Cosmos ecosystem” has been identified as one of the important issues that need to be addressed in the next decade of astrophysics planning published by the United States in 2021. One of the key issues in this is to explain the evolutionary mechanisms of large-quality galaxies.

“The traditional doctrine considers that large-quality galaxies, because of their great inflammatory power, have caused the material to be heated during the landslide process, causing high temperatures and inefficient cooling of the gas into galaxies, which cannot be successfully converged into a constant star.” At the time of the visit, the Professor of Astronomy of the University of Chianghua made a statement.

However, this doctrine is contrary to the latest observations, since the existing large-quality galaxies are already being radically formed within the very early universe. “This means that the detailed process of gas inflows into galaxies is not yet fully understood, nor is the process of inward gas-driven perseverance formation revealed.” Let me say.

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Gases entering the University of China for details of the galaxies

Loss of head “return”

The investigation of related issues by the White Helmets team has continued for many years. In the course of this process, they discovered a 11 billion galaxies in 2017, with a galaxy of less than 100,000 calories, but a large number of gases were detected by the garrison team within 1.5 million radius around the galaxies.

“The high density of these gases so that a certain light can be given has greatly facilitated our observations.” The team, using advanced imaging spectrometers, successfully detected hydrogen elements and multiple elemental radiation of gases around the galaxies and further estimated large-scale spatial distribution of heavy elements.

However, the images generated on the basis of this result are very confusing for team members, who find that, in the context of a gap of at least 100 seconds (in astronomical mass units, a gap of about 3260 seconds), the region’s abundance of the elemental distribution is broadly comparable to that of the heavy elemental distribution around the Sun.

“On the other hand, if the solar system is to be located in a more dense city, the area we detect is the no-one in the west. However, the results of the survey show that the distribution of shops (corresponsibles) in these two areas is almost similar, which is obviously difficult to understand.”

In the face of such a heavy elemental distribution map, the research team first interprets the possible causes as a large number of vents of elements within galaxies, but this interpretation does not coincide with the dynamics of galaxies that are actually observed. In response, team members have received considerable thought and evidence, and in doing so, the University of Chianghua’s Day Professor, Jean-Dandan, has given great inspiration.

“If it is assumed that a gas containing a heavy element in the galaxy is not taken out of the galaxy, it is not always left behind, but stranded, moving in a certain measure, it should be possible to explain the dynamics that you have seen.” Thand.

Through further spectral and numerical simulation analyses, the research team found that these highly enriched ionizing gases could well have been launched earlier by the galaxies of activity in the centre of galaxies to the galaxies, re-entered the galaxies through processes such as composite radiation, a ban on leaptation radiation, and re-entering the galaxies with the combined effect of quotation and environmental calamities, forming a “recyclical gas stream”. This model is perfectly synonymous with the dynamic observed by the team.

The first clear picture

Through the modelling of observed gas dynamics, an ambitious cosmetic picture appears before the team members — galaxies continue to push gas to the surrounding calamities through pressure. At the same time, three types, such as the Galaxy system of arms, are much larger than the Galaxy system, and the giant “removal” structure, which is spread in the shadows, is moving from a certain point of view to within the galaxies, with a large number of gases flowing to the galaxies, thus creating a huge cycle of two million light years.

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Figure for the University of China, which is closely linked to the circulation of gases and the formation of galaxies

“This finding provides a clear picture of how galaxies can exchange materially with large-scale environments, indicating that “recycling inflow” is an important mechanism for galaxies that drive early cosmic mass.” The findings further explain the reasons for the formation of large-quality constellations in early galaxies.

He explained that it was because of the large number of elemental substances in the gases that had been rolled out from galaxies and returned to the galaxies, which were more easily cooled than light elements, that it had significantly increased the efficiency of perseverance within the galaxies.

The black holes in the galaxies have pushed the gas that has been enriched by heavy elements to the boiling material, which, like the mudslides, feeds the gas that is “manufactured” into the galaxies and “breeds” a new pertinence. “This is what is happening on the cosmic scale: “The red is not merciless and is converted into spring sludges for better flowers”. It was stated that the process had previously appeared only in numerical simulations of cosmology but did not give rise to people.