New hypothesis: Black holes in the universe turn into

A recent scientific hypothesis suggests that when a black hole in the universe exists for a certain time, it will explode and turn into a "white hole" , freeing all its matter into the universe.

If this hypothesis is correct, the argument about whether black holes really destroy everything it sucks in will have an answer.

According to Albert Einstein's theory of relativity, when a dying star collapses by its own mass, at some point this collapse will not be reversed, causing a black hole to appear and swallow the light. morning as well as everything near it. Although radiation will leak from black holes and gradually collapse the black hole, this does not affect the other matter that the black hole has absorbed.

Because in quantum theory there is no possibility of information being lost, but two researchers from Aix-Marseille University (France) believe that they have found an explanation for the 'information paradox' phenomenon .

Photo: phenomena.nationalgeographic.com

According to two physicists Carlo Rovelli and Hal Haggard, a black hole will eventually reach the point where it cannot continue to collapse and the pressure from the inside begins to squeeze out. This will cause the black hole to be turned upside-down and free everything it has ever sucked into the universe.

It is worth noting that scientists believe these white holes were created shortly after the black hole formed, and people could not recognize it because gravity caused time to expand and made the hole's life cycle seem lasting several billion or several billion billion years. Current calculations show that it takes only a few thousandths of a second for a black hole to turn into a white hole.

Ron Cowen, a scientist author explained further: "If researchers are right, small black holes are created when the newly born universe dies and turns into energy cosmic rays. "High or other forms of radioactivity. In fact, this hypothesis believes that some meteor explosions are a sign of black holes after the Big Bang is about to die."

Although Rovelli and Haggard did not completely eliminate the black hole leaking radioactivity, they thought that the energy leaked was not enough to drain all the energy that the black hole had absorbed. Radiation may leak, but their research mainly focuses on finding out what happens inside the black hole.

The two researchers also acknowledged their hypothesis needs more testing with more general calculations.

According to physicist Steven Giddings, University of California Santa Barbara, if the research process proves that this hypothesis is correct, this will be an important turning point in answering the question 'How is information lost black hole?' as well as explain quantum mechanisms and even quantum gravity of the black hole.