Theoretically, the ammunition of the ion cannon is a large number of electron-free hydrogen ions in the universe.

These hydrogen ions are derived from solar radiation, and the high-energy particles produced by solar radiation are collected by the ion cannon when they pass around the ion cannon, and the high-energy hydrogen ions are emitted through the firing device.

The Ion Cannon is also known as the Railgun, and it is commonly used as an interstellar gun and an anti-interstellar weapon.

But that's normal. The ion cannon used in Minam-gundo is not included in this case.

Its ammunition is derived from energy compression blocks, which are cheap, efficient, do not produce radiation, and do not have a lengthy energy gathering time when used, which is very convenient.

Of course, its power has not diminished because of this, and it is still very terrifying;

Compared with laser weapons, ion weapons have stronger penetrating power, and the decay rate in the atmosphere and water is less than one-seventh and one-quarter of the former.

In addition, since it is a "cannon", of course, it cannot be as simple as just having strong penetration;

The compressed energetic particles in the energy block can act on the target like cannonballs under the change of the launcher, producing an annihilation effect of 10cm×10cm-1000cm×1000cm.

Most critically, it will turn a corner......

At this time, the crew of the Japanese benzene shark fishing ship, which was hit by the ion cannon, was frightened by the sea water gushing out under the high pressure, and immediately appealed to the naval warship players and tried to rescue the ship.

It's a pity it's late.

The engine control system in the cockpit, the waterproof layer at the bottom, and the body shot by the ion cannon are incomplete, and the sea water cannot be blocked.

Just as the crew was terrified and tried to flee to another ship, that ship was also poisoned.

The ion rays flashed dozens of times, and dozens of holes came out of the shark fishing boat silently, and the sea water gushed out.

Seeing that the ship was finished, the crew jumped into the water in fright and swam desperately into the distance.

This is the deep sea waters, and the powerful whirlpools created when ships sink will pull objects floating on the surface of the sea into them.

......

Jinling.

Seeing that the two shark fishing boats were gradually sinking, Han Yi and Shen Xin got up and left the restaurant.

Three days later, the government announced the sinking of two distant-water fishing boats in the South Pacific, but did not say that they had been sunk or mention Nam-gunjima.

In the first of the two conflicts, Nangundo used a large-scale geomagnetic storm and ultrasonic weapons, and this time it was even more terrifying, and it was suspected that it was a long-range "laser weapon".

Because the sinking site was in the waters off Namgundojima, the Japanese government was unable to salvage it, so it is not clear that it was sunk by an ion weapon.

However, this still does not alleviate the concerns of the Ministry of Defense.

At present, the major countries of the world are vigorously researching laser weapons, and they have also achieved certain results.

Just like the American company Raytheon, as early as 2010, it developed a laser air defense weapon and successfully shot down three drones with a speed of 500 kilometers per hour.

But know that it is only used as a defensive weapon, not an offensive weapon.

If you want to attack from a distance with a high-energy weapon, you first have to solve the problem of curvature.

The earth is round, while high-energy weapons act in a straight line.

According to the calculation of the strike distance this time, the laser weapons of Nangundo should be deployed at an altitude of at least 130 kilometers above the ground.

This is obviously impossible.

So the question is, how did the other party do it?

You can't go around the corner against the laws of physics!

The Japanese defense ministry was puzzled.

In order to prevent the recurrence of similar incidents, the Japanese government issued an urgent notice that no military or civilian vessels should approach the 300-nautical-mile waters of Nangundo.

......

Although the sinking of the Japanese shark fishing boat did not attract much attention on the Internet, governments around the world have successively learned that Nangundao has long-range high-energy weapons;

For a time, the situation in the vicinity of the South Pacific became tense.

At the same time, Han Yi, who is suspected of being the mastermind behind the scenes, has also received great attention from many governments.

......

On June 14, the day of the Dragon Boat Festival, Professor Zheng Peisheng, director of the Institute of Optical Physics of Jinling University, called Han Yi and invited him to have afternoon tea together.

Han Yi agreed in one bite.

Professor Zheng treated him well, and began to stand for him when he was a nobody, and then supported him in public many times;

In addition, the Institute of Physics, led by Professor Cheng, also provided strong support for the reverse engineering in the early stage of photon applications, and he is one of the few people he respects.

At half past two in the afternoon, Han Yi went to the invitation place alone, a teahouse on the shore of Mochou Lake.

Zheng Peisheng arrived first, and there were two young people, a man and a woman.

Professor Zheng, who was wearing a white shirt, was still the same, about 1.7 meters tall, thin, with sparse gray and white hair on his head, sitting there with his back slightly bent;

Han Yi stepped forward quickly and said humbly: "I'm sorry Old Zheng, it's really a sin to let you wait for the old man." ”

Seeing Han Yi, Zheng Peisheng showed a happy smile on his face, patted the seat next to him and smiled: "Sit and sit......

They are the doctoral students I took last year, Xue Bohua and Fan Mengqi. ”

Xue Bohua and Fan Mengqi stood up with excited expressions and said respectfully: "Mr. Han is good~"

Han Yi smiled and waved his hand, "Well, sit down, sit down." ”

Zheng Peisheng looked at him and said with a smile: "I have read the data of lossless solar cells released by you, it is really very remarkable, it is not an exaggeration to say that the merit is in the present generation, and the benefit is in the future!"

"Thank you! Mr. Zheng has won the award. ”

Zheng Peisheng said: "Professor Li Siyuan of Huaqing and I have jointly recommended you to participate in this year's Nobel Prize in Physics. ”

"Ah...... Recommend it again?" Han Yi was a little surprised.

Plus this year, Zheng Peisheng has recommended him three times before and after, but he failed the first two times.

It's not that there are not enough qualifications, but that there are too many unspoken rules for the Nobel Prize. Putting aside the deep-seated issues mentioned earlier, let's take a look at the selection itself.

First of all, the Nobel Prize is awarded by the Nobel Prize Committee of Sweden, which sends out 1,500 letters of recommendation every year and invites 1,500 people to recommend.

The recommendation includes several kinds of people: first, full professors from existing physics-related universities in Europe and the United States;

second, people who have already won the Nobel Prize;

Thirdly, he is now a leading scholar in various fields in the world. For example, Zheng Peisheng and Professor Li Siyuan of the School of Physics of Huaqing University.

Then let's talk about these 1,500 people, half of them will recommend themselves, basically 750 votes, and the other 750 votes will be very scattered, and the relatively concentrated ones will probably be more than a dozen votes, less than 20 votes;

Then five people were selected from the dozen or twenty votes in successive rounds, and then carefully looked at what their contributions were, and finally the Nobel Prize Committee in Physics made a selection.

So who recommended the two dozen or so people in this relatively concentrated group? Most of them are students of those people.

Of course, there are many Chinese physicists who have the opportunity to be recommended, but only one or two votes will not make it to the selection process, and if you really want to win the Nobel Prize, you must also teach thirty or forty students who can make it to the list of 1,500 people.

That is, you have to teach thirty or forty internationally leading scholars.

Han Yi is only 28 years old this year, where can he teach dozens of world-leading scholars?

So, no matter how good your skills are, it's useless, people just don't choose you, what can you do?

Han Yi comforted: "It doesn't matter. In any case, whether they admit it or not, it will not erase our contribution to physics in the slightest. ”

But Zheng Peisheng obviously doesn't think so.

So far, China has not produced a real Nobel laureate, and he hopes that Han Yi will win the honor.

In addition, he never had a chance to fight for the Nobel Prize in his life, but handing over a Nobel Prize student is also a famous thing in the annals of history.

Han Yi was nominally half of his disciple.

Zheng Peisheng said: "The Nobel Prize is not just a matter of honor, it will also greatly change the academic atmosphere in China and enhance the competitiveness of talents, so it is very necessary for you to compete for this award."

I have spoken on the phone with Gao Kun, Yang Zhenlin and Ding Zhaozhong, and they will fully support you this time!"

On the other side, Xue Bohua and Fan Mengqi listened quietly at this time, and threw themselves to Han Yi, the titular senior brother, who simply admired the five-body body.

He created a huge business empire before he was 30 years old, and now he is going to participate in the Nobel Prize selection, and there are so many industry bigwigs to support him.

If life is like this, what more can a husband ask for!