The chaos in black holes

A black hole may contain many chaos of all stars in a galaxy. New research can explain the above reason, establishing the correspondence with some distorted chaos in the ' fabric ' of space - time known as ' monster '.

Scientists measure the chaos thanks to the number of entropies - the greater the number of entropies, the greater the chaos. All the stars in the universe together contribute about 10 79 entropic units (zero and 79 numbers behind). But that size is hardly comparable to a black hole.

In the 1970s, Stephen Hawking showed that black holes emit irregular radiation (Hawking radiation) - reflecting the extremely chaotic state within it. The above theory predicts that the number of entropic black holes increases with the area of ​​chaos.

That means a supermassive black hole, found in the center of the galaxy, can hold more than 10 91 entropic units, a trillion times larger than the size of all stars of the entire universe. combine.

Material is dimmed at the highest point

Assuming that most galaxies contain a supermassive black hole, the entropic index of the universe is at least 10 ^ 102. A narrow number connected to others by rearranging matter and energy in the universe - approximately 2 ^ (10 102). " The entropic unit of a black hole can surpass strangely regardless of another number ," said Paul Frampton of the University of Three Carolina in Hapell Hill. Frampton and his team believe that the reason can be explained.

Although Hawking radiation proves that cosmic black holes contain all of these marriages, scientists were embarrassed to explain their origins. Stars collapsing and becoming black holes are not capable of self-control. How does matter become if they are dimmed?

Frampton's team concluded that the entropic unit was randomly generated by the difference in quantum physics. That sometimes allows a 'material sphere' to disappear and then spontaneously transform into something strange - a chaotic material organization at the largest level that particles of matter move so much. fast with many different ways.

A chaotic " monster " is too big in space

The key to quantum mystery

It is very rare that the same phenomenon occurs, and the cosmic black hole forms, it is difficult to know whether to go through the 'strange' period.

Understanding the entropic unit of cosmic black holes can help scientists capture gravity at a fundamental level, which can be consistent with quantum mechanics to create quantum theory about gravity."All of these debates are to some extent linked to our comprehension of quantum gravity," Frampton said.

However, according to Thomas Banks, a physicist at the University of California in Santa Cruz, has also studied problems related to the entropic index of the cosmic black hole, still hesitant as the theories put forward. by Frampton's team.

It may be a good thing to analyze 'jigsaw puzzle'. 'I don't think that some explanation can really explain the entropic index of the black hole of the universe.'