How to explain the discipline of quantum mechanics in words?

Mainstream quantum mechanics believe that when you don't look at the moon, it may or may not exist. Similarly, the official always warns that before the results of the investigation of the authoritative department, the professor may or may not have been a female graduate student.

However, the nature of quantum mechanics determines that the truth is not unpredictable, but only limited to the means of measurement. Albert Einstein, the god of physics, was always so "despite the fact that thousands of people have always been there", despite the opposition of "orthodox" quantum mechanics, he resolutely chose to believe in the theory of hidden variables. The so-called inaccuracy is only due to some important information being hidden, and if these hidden variables are found, the truth can be restored.

Hidden variables make us see a glimmer of light in the darkness, but where are these hidden variables? Physicists are still looking, and there is still controversy in the physics community. Perhaps these hidden variables are in God's hands, far beyond the reach of us ordinary people.

But I would like to believe that one day, we will have this hidden information in our hands, and in this way, we will be in control of our own destiny. <>

Explained in one sentenceQuantum mechanics: A system of theological theories that have not been traced by mankind to explain phenomena that are temporarily incomprehensible to science.

Humans have been trying to understand the world since their birth. The earliest understanding was full of the envy of the imagination of the world, and then gradually evolved into a religion, explaining the world with a complete system of gods, such as why there is thunder and lightning in Soupai, it is because of the thunder and lightning of the world.

Of course, this statement is definitely not reliable, smart people soon find out that it doesn't rain all day, and it has nothing to do with what you do!

So these clever people are thinking about what is the origin of the world, why things are falling, why the sun rises in the east and sets in the west, and so on. But the early smart people just sat in the office and brainstormed.

Study the world, not by observation and experimentation.

But after all, he is a smart person, and after a long time, he can always toss up some reliable statements, and then this simple speculation slowly evolved into philosophy.

For a long time, everyone studied the world by patting their heads.

It was filmed until the 17th century, when suddenly a guy had a flash of inspiration and started experimenting, and that person was Galileo.

About Galileo, you may have heard of the Leaning Tower of Pisa freefall trial.

Galileo threw two iron balls, one large and one small, on the Leaning Tower of Pisa to test whether something heavy would fall faster than something light.

And if we do this, we inadvertently break the essence of the uncertainty state of quantum mechanics, so we can take a step back and see that when the idea of opening the box arises, in fact, the cat in the box is still in an uncertain state, and our behavior is also in an uncertain state, if we look at it from this point of view, then the theory that Schrödinger's cat wants to discuss can still be formed. It is based on this way of thinking, similar to that of a matryoshka doll, that quantum mechanics has become suspenseful, but I think that with the progress of science, one day we will solve quantum mechanics.

Quantum mechanics is popularly understood as follows:

Quantum mechanics (quantum mechanics), a theory of physics, is a branch of physics that studies the motion laws of microscopic particles in the material world, mainly studying the basic theory of atoms, molecules, condensed matter, as well as the structure and properties of atomic nuclei and elementary particles. Together with the theory of relativity, it forms the theoretical basis of modern physics.

1. Popular explanation of quantum mechanics: Quantum mechanics refers to the combination of two mechanics: matrix mechanics and wave dynamics. Quantum mechanics describes the motion of subatomic particles.

2. Its main idea is that all matter or energy is a period of time, not continuous. Quantum mechanics describes this kind of quantized particle. Quantum mechanics says that all matter is indeterminate when it is not observed by an observer, it cannot be said that it exists, or that it cannot be described, and that only an observer can talk about it if he observes it.

This is the Copenhagen interpretation of quantum mechanics, the one that is the most believed among the many interpretations of quantum mechanics.

3. Quantum mechanics, as a theory of physics, is a branch of physics that studies the motion laws of microscopic particles in the material world. Together with the theory of relativity, it forms the theoretical basis of modern physics.

Quantum mechanics is not only one of the basic theories of modern physics, but also widely used in chemistry and other disciplines and many modern technologies.