Any person familiar with the theories of modern physics, as it were, knows that Einstein’s General Theory of Relativity is built on the postulate of a four-dimensional “space-time continuum” – a continuous, curved gravity of the objects in it, the environment. Any assumption about the discreteness of this medium destroys both Einstein’s theories, as it rejects his postulate about the absence of a priority frame of reference. Another group of theories of modern, as it were, physics, the theories of quantum mechanics, are based on the postulate of the absolute discreteness of everything described by this kind of science. It is impossible in principle to unite the theory of relativity and the theory of quantum mechanics, but for a century now people far from the real world have been trying to create a “theory of everything” without rejecting either the theory of relativity or the theory of quantum mechanics. Here is another such nonsense written by Robert Berman, Tristan Collins and Daniel Persson from the Chalmers University of Technology, Sweden, and the Massachusetts Institute of Technology, USA
“We strive to understand the laws of nature, and the language in which they are written is mathematics. When we seek answers to questions in physics, we are often led to new discoveries in mathematics as well. This interaction is especially noticeable in the search for quantum gravity – where it is extremely difficult to conduct experiments, ”says Daniel Persson, professor in the Department of Mathematical Sciences at Chalmers University of Technology,“ An example of a phenomenon that requires this kind of unified description is black holes … Quantum mechanical description black holes is still in its infancy, but includes some impressive advanced mathematics.”
“The challenge is to describe how gravity emerges as an ’emergent’ phenomenon. Just as everyday phenomena, such as the flow of a liquid, arise from the chaotic movement of individual drops, we want to describe how gravity arises from a quantum mechanical system at a microscopic level,” says Robert Berman, professor in the Department of Mathematical Sciences at Chalmers University of Technology.
In their paper published in the journal Nature Communications, Daniel Persson and Robert Berman, together with Tristan Collins of the Massachusetts Institute of Technology in the United States, write that gravity emerges from a special quantum mechanical system, in a simplified model of quantum gravity called the “holographic principle.” “Using methods from mathematics that I explored earlier, we were able to formulate an explanation of how gravity arises using the holographic principle in a more accurate way than has been done before,” explains Robert Berman. (That is, when trying to translate this nonsense into the language of ordinary people, one must understand that the world is a projection from some kind of divine device …)
In the article, of course, “dark energy” is also mentioned. Briefly, it is described as follows: – In Einstein’s general theory of relativity, gravity is described as a geometric phenomenon. Just as a freshly made bed sags under the weight of a person, heavy objects can bend the geometric shape of the universe. But “vacuum” has a rich geometric structure. At the microscopic level, there are quantum mechanical fluctuations or ripples, “dark energy”.
“These results open up the possibility of testing other aspects of the holographic principle, such as the microscopic description of black holes. We also hope that in the future we will be able to use these new connections for new discoveries in mathematics,” says Daniel Persson.
The article “Emergent Sasaki-Einstein Geometry and AdS/CFT” was published in the journal Nature Communications.