Black holes can be the “supermazes” of many dimensional chains
Physicists believe that the ranges of black holes can be tangled chains in higher dimensions that can be complex maze
Jose A. Bernat Bacete / Getty Images
Black holes, the dense object of the universe, eat anything that comes close. Is there anything Left inside the behemoths Could this appear to be swallowed first? Chain theoryAn attempt to join gravity with quantum physics, says yes. A new study suggests within Black holes False are chains called supermazes, which keep this information in multiple dimensions.
What are the supermasses of black hole?
Supermacs come from the m-theory, it is an umbrella idea that includes many versions of the chain theory, our universe has 11 dimensions, not only Four physics know. In the M-theory, the universe is made of multi-dimensional dimensions called branees. Supermazes are a map-like map that crosses two-dimensional and five-dimensional brane. Mazesak is a way to represent a microstructure of black hole. Its minuscule is quantum makeup.
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“It is a very complicated maze, with many rooms and chambers, with all kinds of layers in these walls,” says Nicholas Warner Nicholas Warner at the University of California. The walls are bran, and “the intersection are two-dimensional things that meet five dimensional things. When they know, they pull each other.
Supermaces were the black holes that were not black holes. Instead, Fuzzballs would be: blurred balls with traditional black holes Event horizon (external limit) and uniqueness (only point with all the mass). “There are many black holes and horizons related problems,” says Warner. Fuzzballs “looks like a black hole and acts like a black hole, but it differs on the horizon scale.”
Warner and his author, IOSIF Bena and Dimitrios Tulikas, at the Institute of the Theoretical Institute of the Theoretical Institute of the Federal Federal Institute of Switzerland, at the Anthony Huckpe Institute, Supermaces described in a paper Published on March 14 High energy physics magazine.
What experts say
Supermazes is a new “nice” way to create Fuzzballs family, Samir Mathur, proposed Fuzzballs, became the theoretical physicist. The authors of the new research “have made hard work to do more families,” he added. “All of these constructions seem very interesting, and the latter is very interesting.”
It is still an unresolved question whether Fuzzballs’ supermaceo-supermacears meet all the requirements, with black objects or theoretical objects representing scientists. “Dr. Bena and its collaborators are very interesting, and are certainly close Having black holes, Don Marolf, Santa Barbara, says Don Marolf Physicist.
For example, the cutting horizon in the black holes makes it difficult to make his entropy, random or disorder. Researchers have managed to write a lot of interesting and intricate solutions, “says Juan Maldacena Physicist Princeton, Advanced Research in NJ,” but there is still a complete set of solutions, the entropy of these black holes.
Why this topic
Fuzzballs and chain theory Physicists try to resolve the gap between the general theory of Einstein relativity And quantum mechanics, they are not obtained. Scientists would like very small machining of particles and great galaxy movements. Bars between very small and very massive black holes, such a theory are the perfect tests to test.
More specifically, fuzzballs and stringy supermazes are called as a way to solve a called puzzle Black hole information paradox. This horrible was created when the Physicists break the sacred law of Physics: this information cannot ever be destroyed. In 1974 Stephen Hawking realized that the black holes should be evaporated slowly, eventually the black hole did nothing. In the traditional picture of a black hole, this process destroys all the information there is. Fuzzballs, however, would be able to transmit this information through evaporating particles. “Supermaze has a high capacity to store information,” says Warner. “Resolves the information paradox”.
