Chapter 362

"Give experimental proof on site?"

"All microscopic particles have wave particle duality. Is he crazy?"

"How is he going to prove it?"

After hearing Lena's speech, the scene was boiling after a brief silence.

People talk about it in succession. Previously, because the two papers of Reiner first showed the experimental process, then put forward the conclusion, so it is convincing and can not be refuted.

But now, Lena first put forward a very strange point of view, and has not yet been proved by experiments, people naturally suspect and question Lena.

"All microscopic particles are both waves and particles? That's an interesting point of view

Sir Herman Bragg touched his beard. This may be the most interesting theory he heard after the three laws of kinematics. As a mage, his habit made him maintain a skeptical attitude towards it. However, sir Bragg could not help thinking that if this theory was true, then the world that the mages thought they had known would be overthrown Again.

"If so, our theory will have to be rebuilt."

On the one hand, he is trying to integrate various theories of motion, ranging from the trajectories of stars in the sky to the subtle interactions between particles. In his opinion, these motions can be explained by a simple and elegant equation. If microscopic particles and light are really both waves and particles, it is obvious that on a large scale The law of motion can not be applied to micro particles, all his previous work is in vain.

On the other hand, if this is true, some of the problems that have plagued Alberton for a long time may be explained. From a certain point of view, Alberton's research will get rid of the stagnant predicament and may have new discoveries.

This kind of ambivalence lingers in the hearts of every mage who has studied in this field, and they are more looking forward to the way in which Lena's experiment will prove this.

"First of all, we now define microscopic particles as tiny and unobservable particles, such as electrons, and the particles that make up atomic nuclei. My experiment will start with electrons."

Electronic!

In the minds of most mages, the particles discovered this year because of radiation should be small spheres, like planets around the nucleus.

The nuclear model tells us that the nucleus is extremely small and the electron mass is smaller. They are not like stars and planets, but more like an egg in the center of the square and pepper seeds circling around the outside of the square.

It is the current theory that the directional movement of electrons makes up the current and also makes up the electron flow rays.

Lena, one of the discoverers of electrons, wants to tell you that electrons are also waves?

Unbelievable!

If an electron is a wave, are the particles that make up the nucleus also a wave?

If atoms are all waves, then molecules and compounds are all made of waves?

So the whole world is a wave, which can be diffracted and interfered, that is, human beings can pass through the narrow gap, and when two people touch each other, they will interfere and blend together?

It's so against perception.

After careful thinking, many middle level mages feel extremely scared, as if the familiar world collapsed in an instant.

It's no wonder that Lena said that we must abandon all the previous inherent ideas, otherwise, if we witness the process and results of the experiment, those stubborn mages may really have cognitive collapse and brain explosion!

Hall repressed his surprise, and the quill pen beside him kept writing about Lena and the movements of other mages in the venue, until Lena took out the experimental device from the storage bag.

An electron beam generating array, a flat crystal, and a receiving screen.

These devices can be found in any medium level mage's lab, which is very common.

"The next experiment I'm going to do is called electron diffraction experiment."

"There was an uproar at the meeting," Reiner said.

Electron diffraction?

As we all know, the wavemakers of light hold two strong evidences. One of them is that light can produce diffraction. Now, does Lena want electrons to also produce diffraction?

This is crazy!

Because diffraction is actually bypassing obstacles. If electrons can diffract, then current can directly rely on the diffraction ability to penetrate the barrier. After arriving at the wall, many magic arts related to electricity will be completely rewritten.

"The condition for diffraction is that the size of the obstacle must be close to the wavelength of the wave. According to the properties of the electron, we can establish two equations respectively from the properties of the wave and the particle, namely, the wave property: P = h, λ and the particle property: e = HV. By combining the two formulas, we can get an equal formula: λ = HP = HMV. This formula, which I call Ian Gray's formula, is to combine the particle and the particle property The formula of wave connection "

as he spoke, Lena projected his own calculation process, substituted various conditions, and got the wavelength of the electron, which is a minimum value."The wavelength of an electron is very small, so it will not diffract from most substances. We have to use small-scale things to see the diffraction pattern."

Lanchester stannian narrowed his eyes at Lena's words.

The wavelength of electron calculated by Ian Gray's formula is very small indeed. As a legendary mage of alchemy department, he knows all kinds of materials like the palm of his hand and is proficient in making all kinds of magic props. He knows very well that with the mage's current means, there is no way to make such a micro scale grating to observe the phenomenon of electron diffraction.

At this time, he noticed the crystal in Lena's hand. After careful thinking, Lord stanian suddenly realized.

However, it does not mean that there is no such scale grating in nature.

That's the lattice structure of the crystal.

Through research, mages have known that most of the crystals are arranged in a lattice structure, which is very regular, and the gap is very small. In this way, it becomes a natural grating.

The key to this experiment is whether the diffraction array can be seen on the receiving screen when the electron beam is directed at the crystal.

If there is no diffraction pattern, then it means that the electron has no wave characteristics and is a complete particle. Lenner's argument is not tenable.

If the diffraction pattern appears, it means that the electron will show the characteristics of the wave under certain conditions. Lenner's argument holds.

Lena soon set up the vacuum experimental device and started the electron beam generator.

All of them hold their breath and stare at the receiving screen.

At this time, a pattern appears on the dark receiving screen.

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