We Are the Neurons of the Universe: A Creation Theory Reveals the Mysteries of the Universe and the Brain

Have you ever thought that the universe could be a giant neural network and we are all a part of it?

It may sound ridiculous, but what does it mean when scientists discover striking similarities in the structure of the universe and the human brain? The discovery dates back to 2012, when a computer scientist named Dmitry Kryokov made a bold claim. He believed that the structure and laws of development of the universe are very similar to the human brain, the Internet, and even the complex social networks of human society. He and his team used a supercomputer to simulate a model of the universe, then simulated the Big Bang and the expansion of the universe, and plotted the large-scale structure of space-time.

Dmitry Kryokov believes that the structure and laws of development of the universe are very similar to the human brain. (Illustration photo).

These similarities cannot be a coincidence, at least that is what Dmitry and his team think. Because the more complex the system, the lower the probability of similarity and no coincidence. And if the universe and the human brain show this connectivity, there must be some unknown factor behind it.

But what is behind it? To answer this question, scientists have proposed a new theory called the cosmic neural network theory . This theory attempts to use a new perspective to explain the mysterious connection between the universe and the brain. It believes that the universe is like a giant neural network and we are all part of it. It can explain not only the similarities between the universe and the brain, but also the origin, evolution, and future of the universe.

 This theory believes that the universe and the brain are complex systems. (Illustration).

The Cosmic Neural Network Theory is a theory that combines quantum physics and neuroscience. It believes that the universe and the brain are complex systems composed of interconnected basic units. These basic units can be thought of as a type of system similar to neurons.

The structure can transmit and process information, forming a structure similar to a neural network. The proponent of the cosmic neural network theory is a physicist named Sarkar Das . He published a paper titled "Cosmic Neural Networks: A Cosmological Model of Quantum Neural Networks" in 2021.

Das believes that the fundamental unit of the universe is a structure called a cosmic neuron, which is a binary object consisting of a black hole and a white hole, connected by a wormhole .

Black holes are celestial bodies with extremely strong gravitational forces that can swallow surrounding matter and energy, while white holes are celestial bodies with extremely strong repulsive forces that can push matter and energy out.

 A black hole is a celestial body with extremely strong gravitational force that can swallow all matter. (Illustration photo).

A wormhole is a channel that connects two different points in space, allowing matter and energy to be transferred rapidly between the two points. Das believes that neurons in the universe can be connected to each other through wormholes to form a giant cosmic neural network that can transmit and process information like the neural network of the brain, thereby creating complex phenomena and laws.

Das also believes that the information of the cosmic neural network is based on qubits . A qubit is a unit of information that can exist in two states at the same time, can achieve capabilities far beyond classical computation, and is also capable of quantum entanglement and quantum teleportation.

Das's theory attempts to explain not only the structure and operation of the universe, but also its origin and evolution. He believes that the initial state of the universe was a singularity, an infinitely small, infinitely dense, infinitely hot point containing all matter, energy, and information. At some point, the quantum wave function collapsed at the singularity, a process from uncertainty to certainty that led to the splitting of the singularity and the creation of the first cosmic neuron.

Sarkar Das the initial state of the universe was a singularity. (Illustration).

The black hole portion of this cosmic neuron continued to divide, creating more cosmic neurons, while the white hole portion ejected matter and energy, forming the matter of the universe. This process we call the Big Bang, marking the birth of the universe and the birth of the cosmic neural network.

After the Big Bang, the neural network of the universe continued to expand and develop, it carried out information transmission and processing through qubit exchange, thereby creating various phenomena and laws of the universe, such as gravity, dark matter, dark energy and the background of the universe, radiation, galaxies, stars, planets, life and more.

Das believes that these phenomena and laws are the result of information processing by the cosmic neural network, they reflect the internal logic and purpose of the cosmic neural network, and may also suggest some kind of intelligence or consciousness of the cosmic neural network.

He also believes that the information of the cosmic neural network is not completely closed and it will leak to a certain extent, leading to some small uncertainties and randomness in the universe. These uncertainties and randomness can be observed through some complicated experiments, such as the double-slit interference experiment, Bell's inequality experiment, quantum entanglement experiment, etc.

The neural network is not completely closed and it will leak to a certain extent. (Illustration).

These experiments all show that some phenomena of quantum physics cannot be explained by the concepts of classical physics but need to be explained by the concepts of quantum physics. These quantum physics concepts are actually manifestations of information leakage from the neural network of the universe. Das also believes that information in the neural network of the universe is not completely isolated, it will diffuse and spread to a certain extent, leading to a certain diversity and complexity in the universe.

These diversities and complexities can be explored through the study of several organisms, such as the origin of life, the evolution of life, the distribution of life, etc. These studies have shown that life is an extremely wonderful and mysterious phenomenon, it has many forms, functions, and has its own purpose and value.

 Life is an incredibly magical and mysterious phenomenon. (Illustration photo).

Although the cosmic neural network theory is a very interesting and meaningful theory, it also has some limitations and problems. This theory is not yet fully supported by experiments and observations, but is only a speculation based on mathematics and logic, and more evidence is needed to prove its correctness and value.

At the same time, it involves many new mathematical and physical concepts that are difficult for ordinary people to understand and accept. It also requires a lot of calculations and simulations to verify and prove its effects and importance. The theory of cosmic neural networks is a very potential and promising theory, it brings us a number of new possibilities and opportunities, allowing us to use a unified framework to study various phenomena, phenomena of the universe and the laws of the brain.