The single electron double slit interference experiment is valid, is there a logical error in the in

Is it possible that there is a peculiarity of the advance mode of the particles. For example, particles are constantly annihilated, but the energy of the wave is constantly excites new particles, as if energy is lost. When there are two slits, the lost particles interfere with each other. When a seam is made, there is no way to interfere.

This is not a logical error, it can only be said that due to a certain influence on the electrons in the experimental process, his performance presents a certain error, but this error is normal and acceptable.

Light is both particle and wave-like, which is referred to as wave-particle duality. The single-electron double-slit interference experiment is established for the electron to interfere with itself in some extremely small errors. There are no logical errors.

Wrong, of course, because there is something special about it. It will make some big deviations in the results, so that the data will be further wrong, which is a bad phenomenon.

In fact, there is a logical error between them, electrons are completely different from their own interference, and there are some things involved, so we must have an all-round understanding of this kind of single-electron experiment.

That's wrong, because you can find out this kind of problem during the experiment. Now that the results of this experiment have been broken, this is a very terrible result.

How does the electron pass through the double slit in the interference experiment of electrons ()aOnly through sewing 1

b.Only the cavity is matched by sewing the shirt 2

c.Randomly pass one of them.

d.At the same time through sews 1 and 2

Correct answer: d

The essence of the electron double-slit interference experiment is actually very simple, that is, the electron will excite electromagnetic waves in motion, and this electromagnetic wave will interfere with the electromagnetic wave!

What about the interference of electrons? That's because electrons are very light, and they are easily affected by electromagnetic fields that are distributed at intervals due to interference, just like the interference of two columns of water waves caused by two very light paper boats advancing on calm water, which in turn affects the movement of these two paper boats, we see the interference of electrons, which is essentially the interference of electromagnetic waves.

So, as you said, if two instruments each emit an electron, it will still interfere. However, if a large number of electrons are emitted from each one, the complexity of the superposition will lead to the failure of the interference.

Hope it helps!

This involves the knowledge of quantum physics, interference is explained by probability, and you have only one electron that will not interfere.

Electrons have wave-particle duality, and electron waves belong to probability waves. In the electron double-slit interference experiment, it should be understood that the electron wave function is divided into two waves passing through the double slit, and the two waves pass through the double slit and form a superimposed state and collapse into an interference pattern on the screen. Don't think that if an electron passes through two slits at the same time, it will inevitably fall into a logical contradiction.

The former electron does not seem to affect the latter electron, and the reason why many electrons fall in interference fringes is because the electron wave is governed by the law of probability.

Don't expect your question to be answered correctly, because this question has been bothering physicists for a long time. At present, the physics community cannot understand how photons or electrons pass through double slits. It can only be known by experimental phenomena that it has passed.

Different methods of observation will have different results.

One by one, the electrons are programmed to pass through the double slit according to the rules of the wave, and the pre-defined program allows the electrons to move as a whole to manifest themselves as the interference pattern of the wave. In double-slit interference experiments, there is the variable of "observation", one by one electron shooting, which behaves as the nature of the particle.

1. In the natural state (without observation), electrons pass through the double slit at the same time in the form of a field (quantum), creating interference fringes.

2. When a person observes how it passes through the double slit with an instrument, a quantum collapse occurs, and only electrons passing through the left (right) slit appear in this space, and electrons pass through the right (left) slit appear in another parallel space. As a result, only two bands of light appear in this space, and no interference occurs.

Source: "Does God Throw Dice?" 》