If the origin of the universe can be explained by quantum fluctuations, then what about the universe

There are infinite numbers in the total universe without beginning and end - quantum universe - model Figure 1<>

Single-Quantum Universe-Model Figure 2

The numbers in the figure represent the smallest unit of indivisible positive and negative chord information - string bits

Famous physicist John. John Wheeler famously said, "It from bit."

After the development of quantum information research, this concept was sublimated to the point that everything originates from qubits) Note: Bits are bits.

What is the origin of the universe? Is the universe big**? Is the universe really born from the big **?

"Quantum fluctuations: temporary changes in the state of the void space allowed by the uncertainty principle. The quantum uncertainty principle allows a small amount of energy to emerge from the total emptiness, provided that the energy disappears again in a short period of time (the smaller the energy involved in the fluctuation, the longer it lasts)".

Momentum p and position q, they are truly "incompatible". As soon as one quantity appears in the universe, the other mysteriously.

Disappear. Or, both appear in a vague guise. Heisenberg soon discovered another pair of similar enemies.

They are energy e and time t. As long as the energy e is measured, the more ambiguous the moment t becomes; In turn, the time t test.

The more accurately the measurement, the more the energy begins to fluctuate on a large scale. Moreover, the relationship between them adheres to the same uncertainties.

Sexual rules.

When it comes to quantum mechanics, many people will have the impression that it is difficult to describe in detail, and many film and television dramas equate quantum mechanics with time and space travel, although the impression brought by this artistic creation is not wrong, but it is very shallow. Quantum mechanics is a physical framework that the scientific community is trying to construct today that can perfectly explain all the physical phenomena in the universe, Newton's classical mechanics is just the general law of quantum mechanics in the macroscopic state, and mastering the essence of quantum mechanics is the key to the door to modern physics.

The book is written by Brian, a British physics professor. Cox and Jeff. As important researchers of contemporary quantum theory, the two authors explain many ideas and phenomena about quantum theory through concise language and vivid examples.

For lovers of quantum theory, this book can comprehensively explain the principles and evidence of quantum mechanics, and not only can you understand quantum theory better while reading this book, but also look forward to the future of infinite possibilities through it.

In quantum theory, some of the awkward exclusive terms of the mori type are all in order to better explain the principles of quantum mechanics. Whether it is Schrödinger's superposition state of cat quantum states, or the doublet interference experiment and its derivative experiment, the Wheeler delayed choice experiment, or the wave function collapse and Heisenberg's uncertainty principle, they are all aimed at explaining and expressing the existence of the quantum world. Quantum theory can provide the most plausible explanation for the microscopic world and the cosmic world, and this book is also the basic framework for deciphering quantum theory, so that readers can understand the gradual development of quantum theory over the past century.

The term "quantum" comes from Planck's writings to explain the existence of light particles containing energy, and with the creation of wave-particle duality, quantum theory was officially born. Einstein supported the quantum hypothesis in his research on the photoelectric effect, Bohr published a quantum theory about the structure of atoms in 1913, and Schrödinger created the equations of quantum mechanics.

However, the study of quantum theory requires solid mathematical skills and professional knowledge, and simply interpreting quantum theory is easy to fall into the confusion of "why people don't fall to the ground". The weirdness of quantum mechanics is that it can overturn and defy all your common sense and experience, and its charm is that it can explain everything in the world. Through quantum theory, we can understand the particles that appear in two places at the same time in the microscopic world, and we can also predict the final "death" of all stars in the macrocosm.

What is even more exciting is that all this research is not over, and the era of quantum theory is at the right time, and there are some areas where quantum theory cannot be explained well, and the hidden secrets make people excited. Just as Newton built the grand edifice of classical mechanics, people today are creating new glories, and the secrets of the universe are gradually being uncovered by quantum theory.

The birth of the universe is a quantum transition from a Euclidean space to a Rockwell space-time, which realizes the idea of the universe being created out of nothing. This Euclidean space is a four-dimensional sphere. In the initial stages of the transformation of the four-dimensional sphere into Rockwell space-time, space-time is the inflationary phase that can be approximated by the Desit gauge.

Then the expansion slows down, and then it is described by the big ** model. This model of the universe is limited in space, but has no boundaries, and is called a closed model of the universe.

This is Stephen Hawking's quantum cosmology without boundary conditions.

Stephen William Hawking, ALS patient, was a famous British physicist and cosmologist. People with amyotrophic lateral sclerosis are paralyzed and unable to pronounce. Hawking's main research areas are cosmology and black holes, proving the singularity theorem of general relativity and the black hole area theorem, proposing the phenomenon of black hole evaporation and the boundaryless Hawking model of the universe, which has taken an important step in unifying the two basic theories of physics in the 20th century, the theory of relativity founded by Einstein and the quantum mechanics founded by Planck.

There are infinite numbers in the total universe without beginning and end - quantum universe - model Figure 1<>

Single-Quantum Universe-Model Figure 2

1.The universe is created by the condensation of particles. Particles are produced by the condensation of more microscopic particles.

Microscopic particles are produced by the condensation of more microscopic particles, so infinitely microscopic. When you get to extremely microscopic space, there are no particles there. It's a huge cloud of energy.

It does not conform to all the laws of physical energy that we now know.

2 When you ask why, you are asking how the universe came into being. Everything in the universe is the most primitive energy that operates according to the Fa. There is a law in the universe.

3.Why there is a universe. In fact, it is the nature of the universe that wants astronomy to be a broad concept. As long as the research content is related to things outside the earth, it is the study of astronomy.

4 After thousands of years of development, astronomy has become more and more specialized and detailed, and many branches have emerged. The discipline of astronomy, which specializes in the study of the structure and evolution of celestial bodies, is astrophysics. Among them, it is divided into planetary physics, stellar physics, etc.

5.The branch of astronomy that uses physical methods to study the entire universe is cosmic physics. It is an astronomical discipline that uses the methods of physics to study the laws of the generation and evolution of the universe as a whole.

In terms of ideological definition.

This is understood in terms of the definition of the universe!

What is the Universe? Up and down, left and right for it; The past, present, and future are the universe;

That is, all the synthesis of space and time is the universe.

Ideas are fluid, they are also developing, and they are cumulative, and the generation of ideas requires the development of time and space in order to achieve the ideas for them.

If you only stay in a certain period of time or a certain space, you will not be able to form a thought.

That is, to think, reason, and understand with the development of three-dimensional thinking.

It is precisely because of the existence of the universe that there is the existence of the so-called human mind, and the reverse is the case.

So there is a saying that "where there is no thought, the universe cannot be produced"!

But there is a fatal logical problem with this proposition. That is, at the moment when the universe was born, where was the thought?

If so, then the universe was born of thought? If not, then there is a universe, and there may not be a mind!

In addition, the moment human beings understand thinking, where is the universe?

In the case of the macrocosm, that is, without an observer, there is no so-called objective universe.

The observer is far more important than the so-called man, and the observer also has the saying that it is inaccurate when looking at the microscopic world, and the principle of uncertainty has been verified by physical experiments at the beginning of the last century.

Many of the electronic devices we use today use devices made from this principle.

Many of the discoveries made in the microcosm are very different from our experience in the macrocosm. To discuss such issues, it is necessary to have a corresponding philosophical literacy and a considerable understanding of cutting-edge science.

It is important to understand that our worldview (materialism) today is based on experience.

What we think of as an established event is really just a high-probability event made up of many random events. Although the effect on the object is small when viewed macroscopically, in principle this effect exists.

In quantum physics, ideas cannot affect the universe. It only affects human beings to have a clearer understanding of the microcosm of the universe.

Man - Brain - Thought - Brain Waves - Electromagnetic Waves - Particle Autobiographical Cycle - Total Universe Operation.