Why do many physicists believe that our universe is a holographic illusion, and what does this mean for people?

The nature and origin of our universe are the subject of endless debate and various theories. Recently, a new framework for understanding the cosmos has emerged among physicists. They believe the entire universe, including our planet and all life on Earth, is a complex holographic illusion. What is this radical concept based on, and how can it help solve some of the biggest mysteries of modern physics?

Mysteries of the Universe

The most fascinating mysteries of modern science include mysterious black holes, the strange mechanics of quantum particles, and even the nature of the universe. When viewed through the prism of the theory of holographic illusion, all this may finally make long-awaited sense.
Many physicists believe that what everyone is used to perceiving as a huge three-dimensional universe may be a projection emanating from a two-dimensional surface.

Just as three-dimensional images are created on a flat movie screen, our perception of depth and space may be an illusion of fundamental physics. The essence of the theory is that, in reality, the universe can be fundamentally two-dimensional.

Because of its projection, it seems three-dimensional to people. This does not mean that everything that was previously known is false. On the contrary, it indicates that the universe is much more complex and counterintuitive than scientists imagined, and information based on feelings should be perceived with a reasonable degree of skepticism.

Holographic principle: Reality is not what it seems

To understand what scientists mean by a “holographic universe,” it is useful to go beyond the everyday use of the word “hologram.” In physics, a hologram is a two-dimensional surface that stores and displays three-dimensional information.

Some physicists suggest that instead of existing in three-dimensional space, all reality can be encoded on a distant two-dimensional boundary, and everything that people observe, including galaxies, stars, planets, and even people, appears as a projection from this surface.

Physicists describe the universe as more like a hollow ball than a solid object. All the familiar structures—solar systems, star clusters, nebulae—are located inside the visible three-dimensional volume of the ball. However, according to the theory, the trustworthy source of this structure is located on the two-dimensional outer surface of the ball.

The holographic principle states that a person does not need to describe every detail of three-dimensional space to understand the universe. Alternatively, all information can be considered to be in this two-dimensional shell. How the planets move and how gravity behaves inside the “ball” can be calculated solely based on what is happening on its two-dimensional boundary.

Of course, this theory has its skeptics in the scientific community, and it is tough for a simple layman who has seen enough of The Matrix to get his bearings in it. Visit. A F R I N I K .C O M . For the full article. Even though the theory of holography of the universe, a kind of projection, sounds like a simulation theory, it is not the same at all.

Scientists say their theory does not envisage someone or something outside the two-dimensional representation, “projecting” an illusion or “controlling” a simulation. People are not characters in someone’s computer program. However, does anyone guarantee that no programmer is at the top of managing the process?

What is the basis of the holographic theory?

The main driving force behind the holographic universe theory is the need to solve a long-standing problem in physics: the paradox of information about a black hole. This paradox challenges one of the basic principles of quantum mechanics: information cannot be destroyed.

Black holes do not store information; they disappear inside them. It’s like someone tore up a note and threw it in the trash. Technically, if you collect the fragments, you can restore the original message. But if you throw such a note into a black hole, then, apparently, the information will disappear completely.

This is a huge problem and challenge for physicists, as it implies that a fundamental law of the universe is being violated. However, some researchers believe that if we imagine black holes as two-dimensional surfaces rather than deep three-dimensional pits, this problem can be circumvented.

In this version of reality, any information that falls into a black hole is encoded on its surface rather than lost inside it. Steve Hawking, who was the first to formulate this paradox, supported this theory.

This idea goes far beyond black holes. It assumes that aspects of reality, such as gravity and the third dimension, are not the basic components of the universe. They are not inherent in the universe but arose due to a combination of particular circumstances and certain conditions.

So, where is the truth?

Although many scientists support the holographic theory, it is almost impossible to prove it. Proponents of the Big Bang theory believe (a theory that can also not be proven) that they can find clues in the cosmic microwave background, which is supposedly a faint afterglow left after the Big Bang. Like all large-scale structures, this glow is assumed to originate from quantum gravity noise. If it is holographic, then its pattern will show signs of this. It can save an image of the process that created it.

Today, scientists are conducting a series of tests to prove their theory. They continue to explore the holographic nature of space. One thing is clear: if this theory is correct, it does not reduce the universe to a game of light and shadow.

Instead, she discovers a richer and stranger reality. In this reality, everything that people consider inviolable, the universal form of existence of matter, does not exist. Space and time in this reality are just side effects, not the foundations of existence. Perhaps someday, these fascinating mysteries will be solved…