Scientists believe that the new theory solves the secrets of long -term physics, including the paradox of the black hole information and the nature of the dark matter.
Physicists at the University of Leiden in the Netherlands believe their theory, which is called “quantum memory matrix”, can help explain some of the secrets of the universe.
The theory says that the space itself stores a history of quantum information in “memory cells”. It is another theory that tries to explain the paradoxes that arise when the general relativity and the theory of quantum field, the popular mechanics Reports.
The paradox of the black hole information was first offered in the 1970s by the physicist Stephen Hawking. The paradox is to the idea that black holes destroy information through radiation on hawks for incredibly long periods of time.
However, quantum field theory indicates that quantum information cannot be destroyed, but it must be preserved instead.
This has led to many theories, including this information encrypted in one way or another on the horizon of the event of the black hole itself and rises in the hawks radiation in a way that we cannot discover simply, or even travel to a completely different world.
The physicists have now reached another theory called the quantum memory matrix (QMM). Physicists believe that the space time itself may contain a “memory” that records the history of the universe.
In some sense, space time consists of “memory cells” that can solve not only the paradox of the black hole information, but also explains other main puzzles of space time, such as dark matter.
Physicists say: “Modern physics describe all particles and forces as excitement in quantum fields, and structures that extend to space and time. The time of the space itself is not different, and all cells of the space of space will have a quantitative condition that can change.”
“These cells can be considered as small aspects or keys. There is also a type of quantum information that describes how each cell is associated with others, and it is not contained in any one cell but in a stalled network of relationships between them.”
For example, in the paradox of the black hole information, where an object moves through space, interacts with “communication” in the space that prints information.
When the black hole evaporates, a process that takes between 10 to 68 and 10 to 103 years, it remains the surrounding space time. In the sense that the information does not disappear after all, but it is recorded in the “memory” of the universe, as scientists say.
Using quantum computers to test theory, physicists expand beyond gravity, and insist that MCM applies to all the four basic forces of nature.
Physicists also suggested that the weight of woven information in space can be an alternative explanation for the dark matter, which is most of the universe’s mass but barely interacts with normal matter.
