Son of the Wind

Otsutsuki Yan and Deidara were not so much on the road as they were on a sightseeing trip. Along the way, Deidara was studying the changes in the nature of chakra, and he wanted to learn this technique before arriving in Kawa no Kuni.

Let that brother, who is also an artist, have a good look at his brilliant art.

So the two spent a lot of time on the road.

[At this point, Otsutsuki Yan’s timeline is unified with Hinata Yan’s timeline, and the double agent is online. 】

While Otsutsuki Yan was still on a sightseeing trip, two guests came to Hinata Yan.

At night, Konan glanced at Orochimaru and Anko in the reception room, glanced meaningfully at Hinata Yan, closed the entrance to the reception room and left.

"Orochimaru, have you thought about it?" Hinata Yan did not say those polite words, but went straight to the point.

The last time I sent Hongdou there, the two of them had a falling out.

The reason is that Orochimaru threatened Hinata Yan about Shisui, hoping to get more benefits.

Can Hinata Yan bear this grievance?

When I got angry, I gave this guy a good beating.

Anyway, he was not worried at all. As long as Orochimaru wanted to live forever and continue his research, he had to find him.

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Because there is some knowledge that only he knows.

"Yanjun, I still have no clue about the electron microscope you mentioned."

Although Orochimaru did not directly answer Hinata Yan's question, since he said so, it means that he is ready to pay the price.

Orochimaru is a smart man, so Hinata Yan did not talk nonsense, but went straight to the point.

"Electron microscopes are based on optical microscopes. The ultimate magnification of optical microscopes is 1500 times, which is half the wavelength of light. If you don't understand this concept, you can't learn the basics of extreme optical microscopes.

Go ahead and make an electron microscope."

A glimmer of light flashed in Orochimaru's eyes, but instead of answering, he said: "The wave-particle duality of light, this is the problem you deliberately left. You are forcing me to bow to you. I thought I could turn this thing

Study thoroughly, haha..."

Hinata Yan smiled and took a sip of tea.

If you can study this thing clearly, then you have to be more awesome than Newton.

Anyone who has studied high school physics must have learned about the wave-particle duality of light.

Anyone who knows a little bit more about Newton [except those whose sources are from marketing accounts] will know that only one and a half of the scientific theories Newton proposed in his life were wrong.

As for that one, it is very troublesome to explain and has nothing to do with this topic, so the important discussion is the remaining half.

And that half is the wave-particle duality of light.

Before Newton appeared, academic circles had always believed that light was a wave, but Newton insisted that light was a particle because of the dispersion phenomenon.

Given Newton's status in the academic world at that time, as long as he said that light was a particle, there would be a group of people in the academic community who would unswervingly believe that light is a particle.

But later, a man named Thomas Young did an experiment and proved that light is a wave.

As long as you didn't slip through the net in the nine-year compulsory education, everyone has learned an experiment, the interference experiment of light - the double slit experiment.

So the two parties kept arguing, but they couldn't be blamed.

For example, at a comic exhibition, a sweet-looking girl with a big bear went to the men's room and stood in front of the urinal to pee. After peeing, he went to play among the girls.

When the boys saw "his" weapon in the men's room, they naturally thought "he" was a man.

The girls tried "her" bear and found that it was not fake, so they naturally thought "she" was a woman.

As a result, the two parties insisted on their own opinions and argued endlessly, but could never come up with a result.

why?

Because everyone is right.

As a result, this person went to the hospital for a check-up and found out that his gender was "Futa".

Oh, everyone was dumbfounded.

The wave-particle duality of light is like this. The academic community has been arguing for hundreds of years. It was not until Einstein came out that he discovered that this guy was a "helper".

So why is it said that the wave-particle duality of light is related to electron microscopy?

To be precise, it has something to do with electrons.

The academic community proved that light is a wave through double-slit interference experiments, until the academic community discovered the photoelectric effect.

This is the dividing point between the macrocosm and the microcosm in human history.

While studying the photoelectric effect, Thomson discovered electrons through the study of cathode rays! [High School Physics Knowledge]

The door to the microscopic world is opened, and what happens next is very simple.

Planck proposed the quantum hypothesis, and Einstein summarized the wave-particle duality of light.

Later came de Broglie, who pointed out that not only photons have wave-particle duality, but all microscopic particles have wave-particle duality.

And de Broglie is really awesome. He discovered this conclusion when he was writing his graduation thesis. Unlike us mortals, the focus of writing our graduation thesis is on checking for plagiarism.

Although the scientific tree of the ninja world is a bit crooked, many basic theories have not even been studied before the finished product has been made. But Hinata Yan is not worried, because no matter how awesome Orochimaru is, he cannot be better than Newton and Newton.

Einstein was even more awesome.

What's more, he is a biologist. Physics does not mean that just proposing a concept can be equated with the truth.

Before Newton, didn't anyone in the world pay attention to gravity and gravity?

No, this is absolutely possible.

Then why is Newton so awesome?

Because he proved the fact that universal gravity exists, he is awesome.

Discovering a phenomenon is nothing, proving its existence is the real difficulty.

At the same time, Hyuga Yan also prepared the experimental materials for the double-slit interference experiment. As mentioned just now, physics is not just about discovering a phenomenon, but it is about proving it.

Light a candle on the table and put a piece of paper in front of the candle with two small gaps on it.

Then on the display screen behind the paper, you can see alternating light and dark stripes.

At the same time, adjusting the distance between the paper and the display screen and the double slit can also change the density of the interference fringes.

"Orochimaru, this is the wave nature of photons. In the same way, you can also use the same method to prove the wave nature of electrons."

Orochimaru stared at the display screen behind him with all his concentration, constantly adjusting the distance between the double slits and the display screen in his hands.

Hinata Yan continued: "Photons can transmit images, which is our traditional optical microscope. Similarly, electrons also have wave-particle duality, so they can also transmit images.

Moreover, because electrons have smaller mass and are easier to intercept, electron microscopes can see a smaller world than photon microscopes."