When they learned that Wang Hao had helped solve the problem and the research team had found the direction for modification, they immediately started persuading them.

This reason certainly makes no sense to Wang Hao.

Later, Zheng Guofeng simply told the truth, "It will take us two days to modify the code. Once the code is entered into the machine, we can conduct a new round of experiments. Can Academician Wang Hao wait until the experiment is over before leaving?"

"yes!"

Zhao Xingli immediately said, "If we encounter problems again, we can rest assured that you are by your side, Academician Wang..."

To put it bluntly, I am afraid that other problems may arise.

In complex mathematics and complex algorithms, no one dares to say that there will be no problems. There is a top expert beside you, so you don’t have to worry if you encounter problems.

Wang Hao thought about it and decided to stay. After all, the missile issue was involved, which was still very important to the country.

He waited at the base for three days.

By the third day, the new code was entered into the new device and everything was ready.

Relevant personnel quickly completed experimental preparations.

This time Wang Hao still watched the experiment from his original place, but he realized the danger of the experiment, so he stood far back, thinking that there was danger and hurried into the air-raid shelter.

soon.

The commander announced the start of the experiment, and a new experimental medium-range missile was launched. Ten minutes later, anti-aircraft missiles were launched to intercept.

Wang Hao once again saw the successful anti-interception missile.

The missile passed through the clouds and headed towards the shooting range in an arc. Just looking at the direction, you could tell that it did not fail like last time.

After a distant sound, the experiment ended.

The staff immediately went over to check the strike point and calculated a series of data. The most important data was quickly reported, "The strike point deviated from the target by seventeen meters!"

"Huh~~~"

Everyone cheered together.

This data is quite good, because the experiment used an empty-shell missile with poor technology, and the missile was manufactured more than 20 years ago.

More than 20 years ago, domestic missile technology was far behind what it is now. The accuracy of ordinary medium-range missiles was very low, and the deviation generally exceeded 20 meters.

In the current experiment, the deviation of the missile is only 17 meters. It can even be said that the orbit change does not affect the accuracy of the missile, which is simply unimaginable.

Wang Hao said, "This data should be a matter of probability. I analyzed your main core algorithm and found that orbit change will definitely have an impact on accuracy. The size of the impact is related to the orbit change height, radar accuracy, etc."

Others also nodded.

There are really too many factors that can affect the accuracy of the missile, not just the orbit change problem, but also the radar system, computer system, and even the overall quality of the missile, which can directly affect the accuracy.

What the current experiment needs to confirm is that the orbit change will not have a great impact on the accuracy of the missile, as long as this is confirmed.

They will definitely conduct more experiments in the future, and they will also conduct tests on the most advanced missiles.

When the technology gradually matures, large-scale experiments on high-sonic speeds and intercontinental missiles may even be carried out.

The current experimental success is just the beginning.

······

Wang Hao left with a warm farewell, and until the car he was riding in drove away, many people were still reluctant to leave.

Although we only worked together for three days, everyone felt Wang Hao's genius.

If there is a genius like Wang Hao in the team, the problems encountered in the research will no longer be a problem.

This idea is of course impossible to realize.

They all know that the research done by Wang Hao is much more complicated than the research they do, and is no less important than missile research.

Missiles are, after all, just missiles. Improvements in military weapon technology can only serve as a deterrent most of the time.

Even in a state of war, missiles are just one type of weapon.

Currently, Wang Hao is doing superconducting research and anti-gravity research. Whether it is in military, cutting-edge technology, or civilian technology, both are very, very important, and can be used in many fields.

After Wang Hao returned to Xihai University, he also began preparations for related research.

He started writing project applications.

For a large project with a funding of 5 billion, the application must be written in more detail, but it does not need to cover all the details. He just writes a main research direction, as well as related auxiliary and branch research.

This research is carried out around CA005. It needs to be studied from the perspective of physical properties, AC gravity properties and condensed matter physics. The latter is the most critical.

A lot of research has been done on the first two, and many conclusions can be drawn without the participation of a large number of laboratories.

From the perspective of condensed matter physics, it is necessary to use semi-topological theory to communicate condensed matter physics, and analyze the superconducting state properties of CA005 from many aspects such as superconducting electron motion characteristics and ion lattice motion characteristics.

This is related to the semi-topological micromorphology of CA005 to make an in-depth analysis and further analyze the scientific content of the superconducting mechanism.

While Wang Hao was carefully writing the application report, a very interesting news suddenly appeared in the world.

News related to the Antigravity Research Group at Los Alamos Laboratory.

An employee who participated in anti-gravity research exposed information about the results of the anti-gravity research team after he was fired from his job. "They exaggerated the news about the results."

"In fact, they have not developed anti-gravity technology based on high-temperature ultra-high-temperature materials to achieve a field strength exceeding 50%."

"Those are fake news. They are released just to let the public recognize their research and development capabilities. In fact, there is none at all, nothing."

"Everyone knows that we have not developed a new high-temperature superconducting material, let alone use a new high-temperature superconducting material to conduct anti-gravity experiments."

"The only progress is fifty percent field strength. That's true. The real data is fifty-two percent."

"But it uses low-temperature superconducting materials..."

This exposed news was reported by many mainstream Amerikan media.

Philip Rohrer's team was immediately involved in the whirlpool of public opinion.

At the same time, the employee who exposed the news did not fare well. He was investigated for allegedly violating the R&D confidentiality agreement.

However, no one cares about the exposed person under investigation.

All public opinion points to Philip Rohrer's team because they spent a lot of money on research and development and released false results information, making the public feel deceived.

They had always thought that maybe the anti-gravity technology was not too inferior to the Chinese team, but it turned out that it was fake news and there was nothing at all.

Amid the turmoil of public opinion from the outside world, Philly Rohrer had no choice but to stand up, but he was not unprepared.

He tried to divert trouble, "I admit, what is said in the news is true."

at this point

There is no way to deny it.

Unless you can come up with the technology to create high field strength from high-temperature superconducting materials, you won't be trusted at all.

Fili-Rohrer continued, "In fact, when it comes to releasing results, not only we will exaggerate the results appropriately, but China will also do the same."

"They announced that it is simply impossible to create a 70% anti-gravity field and use high-temperature superconducting materials."

"We just have a tacit agreement not to expose each other, that's all."

"If you also do the same research, you will know that there is an upper limit to the anti-gravity strength, and low-temperature superconductors are more suitable for creating high anti-gravity fields. We have done a lot of research on high-temperature superconducting materials, and the results show the effect

Far inferior to the low temperature..."

Philip Rohrer said a lot in succession, but the main content was only one--

Not only are we telling lies, the Chinese team is also telling lies!

High-strength anti-gravity of more than 70% does not exist at all, let alone the high field strength created by high-temperature superconducting materials. It is simply impossible.

After Philip Rohrer's interview report was released, international public opinion immediately pointed in the direction of China.

There has been a lot of discussion in the public opinion, "What Laurel said makes sense, Amrican can't do it, and China can't do it either."

"Before, it was just a tacit agreement not to expose each other."

"Anti-gravity technology is still only future technology, 70% impossible."

"High-temperature superconducting materials are not suitable for supporting antigravity research. This conclusion is definitely correct."

"So the results news released by China are all false..."

"They are good at exaggerating their results..."
Chapter completed!