What happens if quantum entanglement occurs and two are not in the same location?

Then, two quanta will arrive in an instant, whenever and wherever they are: yes, in quantum mechanics.

In terms of perspective, this is called "over-distance speed". As we all know, quantum mechanics is by far one of the most widely used and theoretically profound physical disciplines in the 21st century.

Not only has it been applied to all aspects of our lives, but it has even guided our future development path. Quantum entanglement.

Quantum collapse. This may contain the secret of mankind to open the next era of science and technology.

The so-called "quantum entanglement" reflects the "uncertainty" in the quantum world. Its state of existence depends on whether or not humans have observed it; Otherwise, the microscopic particles will always be in a superposition of "both life and death".

among them. It doesn't sound very logical;

However, the rules in the microcosm are not the same as in the macrocosm, so they are also true. So, many people may be very curious, if two quanta are induced or entangled with each other, even if they are far away from the "ends of the earth", or even at opposite ends of the universe, can they complete the collapse "instantly"?

The answer is yes. That's right, quantum motion is so magical: two quanta that are not in the same position, after entanglement, will fuse together in an instant, and this speed cannot be distinguished by any of our precision instruments.

It's even a bit similar to the "teleportation" in science fiction movies.

Therefore, physics calls this speed "overdistance velocity". In fact, strictly speaking, it is not a simple speed; But with that name, it might make it easier for us to understand.

What field can this kind of quantum entanglement of "super-distance speed" be applied to? That's right, quantum communication.

In 2018, China made a major breakthrough in "quantum communication". Even, China can initially realize the "real-time communication" in the Earth-Moon system.

If the quanta become entangled and move one of them, the other will react immediately, so it doesn't matter if they are not in the same position.

Two quanta that are not in the same position, after entanglement, will fuse together in an instant, and this speed cannot be distinguished by any of our precision instruments. It's even a bit similar to the "teleportation" in science fiction movies.

When two quanta that are not in the same position are entangled, a magical quantum movement will occur, that is, fusion in an instant. This speed is no less than the fantasy trick of teleportation in some science fiction movies.

The confirmation of quantum entanglement also means that the Copenhagen School's assumption of the properties of microscopic particles is valid. The properties of microscopic particles are much more complex than we think, and the world is much more complex than we think.

Actually, when I hear the word quantum entanglement, I think of something called the "Law of Attraction". It sounds like metaphysics, but it's actually science.

When your own energy is relatively negative, you will attract a lot of negative things to collapse towards you. When the energy of the people around you is relatively negative, you will also be attracted to low air pressure.

So, to amplify this phenomenon of "quantum entanglement" to the macroscopic world, (microscopic properties cannot explain macroscopic phenomena, here is just a metaphor), there are many such "entanglement" phenomena in our lives.

Meaning of quantum entanglement:

The confirmation of quantum entanglement means that cause and effect have already occurred and existed, people's fate is predestined, the ending is fixed, and the process can be changed randomly, that is, every decision you make will affect an ending, but it will not change the final ending. After hearing this, I think I can mess up.

If a person can maintain high-frequency energy, the attraction is naturally a positive magnetic field, and vice versa, in the infinite universe, there are always some particles that travel hundreds of millions of light-years towards you.

Quantum entanglement is a quantum mechanical phenomenon that refers to the interaction between two or more quantum objects in such a way that the properties between them are affected. Quantum entanglement can occur at very long distances without failing because of the distance. According to the latest research, quantum entanglement can occur at a distance of more than 1000 kilometers and can remain for tens of minutes.

However, as the distance increases, the quantum entanglement hail will gradually weaken and eventually disappear completely. Therefore, the distance at which quantum entanglements fail depends on the distance between them.

Because the external information of these two particles is the same, when one quantum moves, the other particle will also move, and the internal information is also one, inseparable from each other, and entangled with each other.

Because between two or more stable particles, the information is related and the correlation is very strong, and they are closely connected and inseparable, so they will lead to mutual entanglement.

The reason is that quanta will attract each other, there will be an action in the form of existence, there will also be mutual influence, and they will also be affected by each other's gravity, so they will be entangled with each other.

Because of the superposition of the quantum world, both examples in the entanglement can only be described by a wave function, and each particle has its own wave function.

Hello! Dear I am a social observer Xiaodu, and I am happy to answer for you The first trick: let the two particles interact with each other, which is very simple.

Suppose there is an atom and a photon. Illuminate the atoms, and they have a certain probability of quantum entanglement. This is the first step in the research.

The second trick: making special measurements is a little complicated. It's kind of like, you slip on the sole of your foot and fall.

I can say that you are talking about slippery and actively hitting the earth, you can say that you don't know what's going on, Hanla is the earth that actively hit you. Who takes the initiative is a relative concept; If you look at it from a different angle, the conclusion will be different. The relationship between the two particles is the same.

If you look at it from one angle, these two particles are not entangled. If you look at it from another angle, it's amazing that the two particles are actually in two contradictory entangled states at the same time. I hope mine can help you and I wish you a happy new year! 珞

Quantum entanglement is a long-distance phenomenon in the microscopic physical world that does not require medium propagation, and it is difficult to explain the co-impulse mechanism behind it.

For example, in a pair of optical quantum entanglements, in which the spins of photon A and photon B are one to the left, the other is to the right.

When we observe light quantum a in place A, it collapses to a right-handed state, then another light quantum b in place B will immediately collapse into a left-handed state.