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Chapter 266

threshold

How to launch a thorough military strike against the United States? [..com]

It is certain to continue strategic bombing, and it is certain to launch a ground attack, but both methods require a long time to achieve results. (..com_%%) (..com, %%net)

By this time, what Mu Haoyang could choose were some extreme means.

It is undeniable that during the war, China also had extreme military projects similar to the "Z Plan", and many military projects were even more extreme than the United States.

Not to mention anything else, after the war broke out, China began to restore its nuclear power.

This is understandable. In the early stages of the war, China was in a very dangerous situation, with only the last line of defense left. As long as the US military captured Okinawa Island, China would completely lose the opportunity to turn defeat into victory, and after suffering one to two years of strategic bombing, it was forced to admit defeat. In the first two months, during 2052, China had even reached the brink of defeat.

In this context, it is strange that China does not develop destructive weapons.

There is no doubt that nuclear weapons are the easiest weapons of destruction.

There is sufficient reason that in mid-2053, China completed the development and production of nuclear warheads and vehicles.

At that time, China also encountered the same problem as the United States, that is, it was unable to produce enough nuclear raw materials in the short term.

However, China's purpose of developing nuclear weapons is different from that of the United States. It is not for common destruction, but for nuclear weapons to be regarded as a means to turn the situation around the war. In other words, China does not need too many nuclear warheads, only a few can change the direction of war under correct use.

In this way, nuclear weapons become tactical weapons.

Yes, by the end of 2053, China had produced enough weapon-grade uranium and was likely to have assembled several nuclear warheads. In addition, China is likely to have modified several large launch vehicles to use nuclear warheads to strike the United States when necessary.

Fortunately, by the end of 2053, the situation had become beneficial to China.

Judging from the situation at that time, if the situation did not reverse, it would be very likely that China would use nuclear weapons to attack the United States at the end of 2053 or early 2054.

Then, by the second half of 2056, Mu Haoyang must have several nuclear warheads in his hand.

However, nuclear weapons are not Mu Haoyang's only choice.

At that time, China must have had other destructive weapons, such as genetic weapons developed against the United States, and even antimatter weapons.

It is necessary that China produced ten kilograms of antimatter before 2035. Even if the war broke out, it started antimatter production work. By 2056, it had produced enough antimatter, which would have the ability to completely destroy the United States.

Of course, the Chinese team will not let all antimatter detonate at the same location, but will turn the antimatter into smaller bombs.

To put it bluntly, it is to use antimatter weapons as upgraded versions of nuclear weapons. The power of each antimatter bomb is controlled at about one million tons, which is enough to ensure that it can destroy a big city. As for the centralized use, Mu Haoyang definitely hasn't considered it.

Don’t forget that global natural disasters have allowed Mu Haoyang to see the power of antimatter weapons.

The question is, can these destructive weapons definitely achieve their goal?

Obviously, this purpose is not to surrender the United States, but to realize post-war interests.

Fortunately, when Mu Haoyang felt in a dilemma, Huang Hanlin changed his mind and gave him a new instruction, that is, the military's mission is to force the United States to surrender as soon as possible, and if necessary, some powerful weapons can be used on the battlefield.

At this point, Mu Haoyang breathed a sigh of relief.

Regardless, he doesn't have to bear the pressure to destroy millions, or even tens of millions, at once.

The question is, is it the most powerful weapon?

In Mu Haoyang's hands, there are new weapons to choose from developed from anti-gravity field technology.

There is no doubt that Mu Haoyang has many choices.

At that time, the military had dozens of weapons projects related to anti-gravity field technology, one-third of which were strategic weapons of destruction.

In a sense, China's development of destructive weapons projects is not to defeat the United States, but to prepare for the post-war world pattern. At least, the European Federation is an existing threat, and the Arab world seeking a unified Arab world is also a potential threat. There are also the unification movement of Latin American countries, the liberation movement on the African continent, etc., all pose challenges to China's post-war interests. The responsibility of the army is to defend national interests. If it can defeat others without fighting, it is naturally the best way.

To this end, the Chinese team must master the most advanced military technology and have the ability to destroy their opponents in one fell swoop, so that those potential opponents with bad intentions must have some concerns when taking action, and thus give up the idea of ​​provoking China and no longer confronting China.

It is Mu Haoyang who supports these projects.

As for the application of anti-gravity field technology in tactical weapons projects, it can be considered icing on the cake at most.

Among the many weapons of destruction, the most eye-catching thing is: zero gravity weapons.

In fact, this is also the simplest weapon of destruction. Its main function is to create a zero-gravity field environment in the attack area.

Will this result?

If the battlefield is a city, it means that all the active objects in the city will leave the ground, and after a zero-gravity field environment, they will fall to the ground. If it is a human, it will definitely be dead, and even other objects will be smashed.

There was no doubt that no country could defend against such weapons at that time.

The specific implementation method is to deploy a huge artificial satellite in the low-Earth orbit above the target, and when necessary, unfold the gravity field shielding baffle on the satellite to disappear, and then close the gravity field shielding baffle to restore the gravity field.

Obviously, it is a relatively simple method.

By July 2056, relevant research had been completed, and the first anti-gravity field satellite invested by the military had also been manufactured.

In fact, this is just an experimental satellite, which can only create a zero gravity field within a few hundred square meters.

Fortunately, this is enough, because all Mu Haoyang has to do is to warn the US authorities to announce unconditional surrender as soon as possible.

To do this, we only need to set the White House as the target of attack.

On July 14, Mu Haoyang flew to the South China Sea and boarded the satellite launch platform set on the equatorial line.

The day before, the anti-gravity field satellite was sent.

In fact, these are two satellites and require two launches. The main reason is that the satellite is powered by a small controlled fusion nuclear reactor, resulting in too large mass to be integrated into a satellite, nor can it be launched with a launch vehicle with a launch capacity of fifty tons.

At that time, the space shuttle made of anti-gravity field technology had not yet been released.

According to the plan, the two rockets need to be launched at half an hour apart. The satellite will be assembled over the cleared low-Earth orbit. When it circles the ground for the twenty-first circle, it will pass over Washington, and then it can test the performance of the zero-gravity field weapon.

However, when Mu Haoyang came to the launch platform, he had four super rockets.

The engineer's explanation was that the other two super rockets were spare.

Obviously, Mu Haoyang would not be such a nonsense, because all the previous 100 launches were successful, and none of them failed. Besides, there was only one satellite. If the launch failed, even if there was a backup rocket, there was no backup satellite for launch.

Seeing Lu Wen who came afterwards, Mu Haoyang realized that what he was going to launch this time was definitely not an anti-gravity field satellite.

That night, the scientific research department managed by Mu Haoyangcai and Lu Wen will take advantage of this opportunity to launch a set of technical test satellites.

To be precise, it is a spacecraft divided into two modules.

Mu Haoyang is not, he is standing on the watershed of human history.

As mentioned earlier, after the anti-gravity field technology matured, Lu Wen obtained an additional scientific research fund from the military through Mu Haoyang to conduct in-depth research on anti-gravity field technology and conduct cutting-edge exploration. Nominally, this is to explore the direction for future technological development. In fact, it is still for the purpose of application.

At that time, what China lacked the most in the field of anti-gravity field technology was its theoretical foundation.

This, like physicists in the early 20th century, lacked enough theory after a large number of radioactive elements. It was not until Einstein proposed the special theory of relativity that physicists linked matter as radioactivity to nuclear fission and thus created an atomic bomb.

Physicists today also face the same problem.

Behind the large number of experiments, there is a lack of correct theoretical support, so the development direction seems confusing, and walking is normal.

The problem is that even if you walk frequently, there is nothing you can do about it.

To put it simply, only when correct theories appear can physics make a leap.

Before correct theories appear, scientists can only continue to accumulate experiments and must carry out more extensive application research.

Fortunately, it is not only China that lacks theory.

In fact, in this new field of physics, China is at the forefront in all aspects. If the theoretical foundation of Chinese physicists is not solid enough, then other countries have almost no theoretical basis in this field, and there is no even an experiment.

At that time, Chinese physicists had a brand new one in this field.

This proves to a large extent a theory proposed before, that is, the gravity field is space, and the two are like the front and back sides of a coin.

In fact, until this time, no physicist realized that their soon would bring humans to a completely new level of civilization. It is also this that fundamentally promoted the human aerospace industry, and that humans are not alone in the universe.

Now, humans are standing on this threshold.

Chapter 266

threshold

Chapter 266
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