Webb Telescope ‘Little Red Points’ How many cosmology helped and helped

A year after the sun began the orbit around the Sun, James Webb began to appear in the abundance of small red dots, called “Small red dots”. I know – not only the name of the name is not very unimaginative but also an insignificant impression. In fact, these small red dots “broke the modern cosmology”. “

Astronomers have collected and theorized one of the largest part of a large part of a large part of a large part of this mysterious space objects. Their results were presented during the 245th meeting of the American Astronomical Society in Maryland and were adopted for future publications Magazine of astrophysics“The problem of breaking the universe can solve”.

“We were confused by this new population of these new European facilities. We do not see their analogues in low redshifts, so we did not see before the Webb did not see before,” he said. statement.

Redshift The expansion of the universe extends light waves, increases wavelengths. This makes them look red because they approach the red part of the light spectrum. Partly why have few red dots – you guessed it’s red. In fact, the lower redshifts are compatible with closer distances in space.

“It has an important job done to determine the nature of these small red dots and trying to determine the black hole in the act of light (growing in the matter). The research of Kocevsky and his team was published in September The preprint article In the archive.

About all LDDs were investigated in the first 1.5 billion years of the universe. How do you know about the existing objects in a billion years ago? Because the light takes time to travel. When you observe the celestial bodies, today is not as it is, as it is the first turn of his light. For example, it takes eight minutes and twenty seconds To travel the light of the sun to our planet. This means that we see the sun as eight minutes and twenty seconds ago. The same applies to objects far from us. In fact, how high they are far from them, how high they are, and we can see more “in time.”

Don’t worry, there will be no quiz at the end.

The team’s investigation, a large part of a large part of the LRD is available 1.5 billion years after a large explosion, he said. They also found evidence that many of them walked about 2 million miles away or about 3.2 million kilometers per hour). Based on these evidence, researchers suggest that LDDs can be active Galactic nuclei (AGN): extremely bright and growing supermassive black holes.

“The most interesting thing for me is Redshift distributions. It really stops the one that red, high-red sources are mainly at a certain point after a big explosion,” he said. “If black holes grow and think that at least 70 percent of them are, this in the early universe this instructions during a dark black hole growth.”

When I first defined LDDs, JWST can make “broken” cosmology “. In this context, this context contradicts the cosmological theories leading to some scientists who have shown some scientists to suggest that the stars spread by such light and cosmology. The light spread by AMNS, however, complies with these theories.

“It solves the problem of breaking the universe,” he said.

Although the problem of breaking the universe is solved, many questions about LRDs remain.

“There are always two or more potential ways to explain the mixed features of small red dots,” Kochevsky said. “It finds a balance between the models and observations, finding a balance between two clashes with two.”

As a result, the dismissal is two people: do not judge an astronomical phenomenon in the name and even the problems of breaking the universe can be fixed.