After the high-altitude launch intensity test was completed, the Air Force officers who came to observe the test discussed technical issues mainly on two points.

One point is the flight altitude.

From a military point of view, the higher the aircraft flies, the safer it is; for example, some reconnaissance planes and early warning planes will fly to an altitude of more than 10,000 meters, and some can even exceed 20,000 meters.

The advantages of height are too great.

First of all, when the altitude of the aircraft is sufficient, the air-to-air missiles launched by fighter jets flying at 10,000 meters and up to 20,000 meters will not pose a direct threat.

The climb altitude of some air-to-air missiles can also reach 20,000 meters or 30,000 meters, and it sounds like the climbing height is sufficient, but the climb of air-to-air missiles is mainly for subsequent acceleration to hit targets at a longer distance, rather than for targets that are more than 10,000 meters higher than themselves, and when the air-to-air missiles climb high enough, the speed will be greatly affected, and the trajectory of the missiles cannot be fully grasped, and it is very, very difficult to hit targets above 10,000 meters high.

In addition, the height of 40,000 meters is enough for the vast majority of anti-aircraft missiles to be helpless.

The maximum firing altitude of the relatively advanced air defense missiles in the world is basically within 30,000 meters, not to mention ordinary air defense missiles, which are simply impossible to threaten targets at an altitude of more than 10,000 meters.

This is mainly due to the fact that the anti-aircraft missile needle is a fighter jet, and the flight altitude of a general fighter is within 20,000 meters.

Even for reconnaissance and early warning aircraft, the maximum flight altitude does not exceed 25,000 kilometers.

At an altitude of 40 km, only anti-missile missiles can pose a direct threat, and some countries have advanced anti-missile systems that are naturally capable of threatening targets at an altitude of several tens of kilometres.

For example, the well-known Sard system, which has a maximum interception distance of 200 kilometers and a maximum interception altitude of 150 kilometers, claims to be "the only ground-based anti-missile system in the world today that can intercept ballistic missiles in and out of the atmosphere."

However, the anti-missile system, as you can tell from the name, is aimed at high-altitude missiles for interception.

One of the features of the missile is that the flight trajectory is calculable.

There are two types of missiles, one is a ballistic missile and the other is a cruise missile.

Ballistic missiles, no matter how to correct the trajectory, are in the form of a parabola, as long as they are detected in advance, they can be calculated, and the difficulty of interception lies in speed and accuracy.

Cruise missiles use aero engines as power, and the trajectory is variable and relatively difficult to capture, but in general, early warning can also be calculated.

Anti-missile is inherently a question of 'probability'.

Even the most advanced anti-missile system cannot be 100% interceptive of incoming missiles.

In short, the anti-missile system is aimed at incoming missiles, not human-controlled aircraft flying in the air.

It is precisely for this reason that early warning planes and reconnaissance planes that strike at high altitudes in military confrontations mainly rely on fighter planes to approach and launch air-to-air missiles, rather than using anti-aircraft missiles or anti-missile missiles.

When an aircraft can fly at an altitude of more than 30,000 meters, it can be said that it is almost impossible to be shot down, because the aircraft's radar can give early warning, and it takes time for an incoming missile to fly, and the aircraft has enough time to calmly evade.

During this test, the anti-gravity vehicle was suspended at an altitude of 40,000 meters, and the test had the ability to fly at high speed, even if the acceleration was not fast, but compared with the traditional aircraft, the anti-gravity vehicle could change direction at any time, which was relatively more flexible.

These are pretty amazing performances.

An air force general said directly, "Even the Aegis system on the American aircraft carrier has become a complete decoration in the face of anti-gravity aircraft at an altitude of 40,000 meters." ”

"The Aegis system is aimed at an incoming missile, and the path of the interceptor missile must be calculated in advance, and there is nothing to be done in the face of the aircraft......"

"That's true."

"I think that now this performance can be directly put into service, and it is very deterrent to use."

"Staying in the air is a deterrent!"

"If you want me to see, it can be made bigger, but the diameter is still a little too small."

"Twenty meters, it's not big."

"If you can have 40 meters and hang hundreds of missiles, you can completely use it as a fortress in the air......"

The anti-gravity vehicle is very large and large, with a diameter of 20 meters, which can give people a great shock when placed on the ground.

But in fact, compared with other high-flying military aircraft, it is only a normal size.

For example, American has a reconnaissance aircraft with a fuselage length of more than 45 meters, a lateral wingspan of nearly 45 meters, and a height of 13 meters.

Many people talked and laughed and looked at Wang Hao.

Wang Hao shook his head with a smile and said, "I'm only responsible for researching the aircraft, and as for other issues, it's not for me to consider." ”

He also explained his thoughts, "Anti-gravity vehicles can indeed be made larger, but they need higher power, if it is 40 meters in diameter, it will weigh several times more, and it will need a larger electric thruster." ”

He thought for a moment and added, "Perhaps, a superconducting motor is enough." ”

"In addition, the power system had to be redesigned, and a higher power supply ...... was required."

"The design of our second prototype is estimated to be unattainable, and the plan is indeed to expand a little, but the diameter is only about 25 meters."

The others also immediately said, "Academician Wang, it's very good now, and forty meters is just an imagination, and there is no need to make it now." ”

"Now this is already very powerful!"

"Do you want to release it in October? It will definitely be very shocking when the time comes! ”

"Can it be done, Academician Wang? What do you need to tell us, our Air Force will definitely give us full support! ”

"Yes!"

"I'm looking forward to this aircraft very much, if it is officially put into service, I will give our base two ...... first"

"Why did you go first? Such an advanced aircraft must be deployed in the south first! ”

"It's our eastern part that matters!"

“……”

Several air force generals were arguing, but Wang Hao was watching happily and thinking about the design of the prototype.

The second prototype cannot be as casual as the first prototype, and it must consider military use, and it is necessary to communicate with relevant departments such as radar and missiles.

In the process of prototype design, it is necessary to reserve space for the installation of high-end radar systems, and problems such as hanging bombs should also be considered in the future.

Of course, the most important thing is to solve the problem of power.

Better power makes the aircraft more flexible, and the best way to do this is to introduce superconducting motors to improve the electric propulsion system.

Other spaces are also set aside, including the expansion of the manned cabin, and so on.

"In this way, the storage capacity and power of the battery should also be increased, and the cooling system should continue to be improved, and the diameter should exceed 25 meters."

Wang Hao pondered.

……

The impact of testing on anti-gravity vehicles was significant.

Because it is impossible to achieve complete secrecy during the test, even if the test is carried out in an uninhabited area, because the flight is high enough, it has been seen by many people, and it has been accurately monitored by some satellites.

Within a few hours of the end of the test, a lot of photos and even small videos were posted on the Internet.

Some organizations also released the monitored footage, and there was a lot of discussion in public opinion.

"It's really a flying saucer, I thought it was fake news last time."

"The flower grower really has a flying saucer!"

"This flying saucer looks so advanced, it rotates while flying, what is the design? For the sake of turning a corner? ”

"Look at the bottom, there are a lot of bullets, there are more than ten or twenty of them......

"Twenty!"

"There is a picture of the goddess scattering flowers in the previous article, those missiles are all empty bombs, after launching, the tail opens the parachute and lands, the picture is very beautiful......"

"We have developed such a high-end flying machine, it is estimated that some countries are not in a beautiful mood......"

“……”

There are indeed a lot of people talking about related topics internationally.

This is mainly because the development of flying saucers is so amazing that it feels like the content of science fiction, and it turns out to be in reality.

Even with the use of anti-gravity technology, which has been made public, it is clear that flying saucers are not part of the conventional weapons system, and many people are very concerned about it.

Some military enthusiasts are already completely hooked on UFOs and want to know more about it.

Because the flying saucer was captured by satellites, coupled with the pictures and pictures circulating on the Internet, many aircraft parameters were exposed.

The most direct data is speed and altitude.

"The flying saucer developed by the flower grower reached a maximum speed of 240 meters per second and a suspension height of more than 39,000 meters during the test......

"The number of bombs is 20."

"This height, and the flexibility it shows, is very remarkable."

These data are very impressive, breaking the conventional military system and rendering the vast majority of anti-aircraft weapons ineffective.

The Aifu 35 shown by Ameriken before was immediately forgotten by public opinion.

No matter how high-end the performance of Aifu 35 is, just talking about the flight altitude will not pose a threat to the anti-gravity aircraft at all, and even say that Aifu 35 does not dare to appear below the anti-gravity aircraft at all, otherwise it will directly become a moving target, and there is no power to fight back at all.

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In international public opinion, most people still pay attention to the UFO itself, but what professionals pay attention to is that the aircraft test lasted for a long time, and high-speed flight and high-altitude suspension were carried out.

These two tests show that the aircraft has enough power.

The power of the anti-gravity aircraft naturally comes from the power supply.

There has been speculation in public opinion that the flower growers have mastered superconducting battery technology, but some analysts believe that they may not have mastered it, but only applied conventional battery technology.

Now the latter statement is completely gone.

If it is conventional battery technology, it is simply impossible to support the continuous high-speed flight and long-term suspension of anti-gravity vehicles.

"Therefore, the flower grower must have mastered superconducting battery technology and applied it to anti-gravity vehicles."

"Since the flower grower can master the superconducting battery technology, it means that this road is feasible......"

Next, many teams, institutions and large enterprises have stood up and said that they will spend huge sums of money to invest in the research and development of superconducting batteries.

This also includes a key power R&D team within Amricon Energy, which completed SMES technology more than a decade ago and is already supporting the construction of large-scale power storage installations.

Amriken also sent investigators to ask the power R&D team how long it would take to develop a superconducting battery and put it into use.

Hebberton Elkeson, the head of the power R&D team, gave a disappointing answer, "We have been working on superconducting batteries for a long time, but there are too many technical difficulties and the system is too complex. ”

"We're moving fast, but we're still far from finishing."

"I estimate that it will take at least three years to perfect the technology."

The investigator was unhappy with the time, and he immediately asked, "Can't we speed up the process?" We can invest more. ”

"Impossible."

Hiberton immediately shook his head, and he said with certainty, "It's not a question of funding, we have always had enough funding and the best researchers, but the whole system is too complicated, and there are many problems that need to be solved." ”

"The thermodynamic equilibrium system alone has already made the entire research group dizzy......"

The investigator asked a little unwillingly, "Why was the flower grower able to complete the study in such a short time?" We mastered SMES technology before they did. ”

Hebton was immediately angry when he heard this, he slapped the table hard, and said dissatisfiedly, "If you don't believe in our ability, you can find another team to study it." ”

"Now a lot of institutions are looking at it, if you believe that those companies are faster than us, of course."

"As for the flower grower, you can ask them, not me."

Heburton was also surprised by the rapid mastery of superconducting battery technology, but what could he do if he couldn't figure it out?

It's like Wang Hao in the scientific community......

The young flower planter had achieved various major achievements a few years ago, and had also created the physics of annihilation that affected the development of human science and technology.

If you ask a question: "Why can Wang Hao do it, but others can't?" ”

Does this kind of question make sense?

……

When international public opinion is in full swing, the most peaceful reaction is the anti-gravity teams.

They will also discuss anti-gravity vehicles internally, but more attention is paid to digesting the two anti-gravity technologies that the flower growers have revealed.

The flower grower has officially disclosed the technology.

Every researcher working on anti-gravity is thrilled by the technology that is being revealed, and they simply didn't expect to be able to get their hands on such high-end technology so quickly.

It can manufacture a transverse anti-gravity technology with a strength of 71 percent, and theoretically can be put into scientific and technological applications; The high-strength conventional anti-gravity technology can also be used in many experimental studies.

All the anti-gravity teams have become busy, and they are in a hurry to digest these two overt technologies.

The same is true for Philippe Rawrell, except that he can only look at the technology in front of the personal computer and understand it with his own knowledge, and cannot participate in experimental research.

Because, he was dismissed.

This is mainly because of the technology disclosed by the flower planter, which also led to the research he led the team in the past few years, and there were almost no results to speak of, and some were only contributions to some experimental data.

The Department of Energy, as well as the Los Alamos lab, could no longer tolerate a similar situation, and Philip Rollell had only one way to go, to be dismissed.

At Philip Rawrell's age, it is impossible to look for other jobs, so he can only announce his retirement life in advance.

Philip Lorrell was very unwilling, and shouted dissatisfiedly before leaving, "This is not my reason at all!" ”

"It's true that our research is not as good as the team of flower growers, but we also have to see who the competitors are."

"That's Wang Hao!"

"We want to catch up with Wang Hao, who created the physics of annihilation, in the research of anti-gravity? It's simply not possible! ”

Of course, losers have no say.

Philippe Rawrell said nothing before he left, and he was replaced by Val Cronin, the former boss and boss of the power team leader Hibberton.

Val Cronin, a mathematician, expert in electrical engineering, and an expert in the application of superconductivity, worked for the Department of Energy, where he led a team to complete the SMES technology.

Now Val Cronin replaces Philippe Rawrell as head of the anti-gravity research group at Los Alamos Laboratory.

Val Cronin is well aware that the reason for the resignation of the previous president is that the research results cannot catch up with the team of flower growers.

Therefore, he knows very well that he must have certain research and development results when he takes office.

Val Cronin set his sights on Philippe Rawrell's unfinished work, which was to build large superimposed force field devices and strong magnetic fields to study new physical phenomena at the edges of superimposed force fields.

Probably stimulated by the news of anti-gravity vehicles, American introduced a scientific research support policy to give a large amount of financial support in the fields of anti-gravity and superconducting technology.

As soon as Val Cronin came to power, he had a large amount of money.

The first one can apply for a billion dollars, which is enough for them to build large equipment on their own.

Although there is enough financial support, there is no need to contact other anti-gravity teams and establish any international organization to jointly study, Val Cronin still has a lot of uncertainty in his mind.

He considered, "The Flower Planter's Anti-Gravity Sex Research Center certainly hasn't invested so much money, and it doesn't seem that they plan to build a large-scale superimposed force field device." ”

"Why?"

"If it was a financial constraint, I could have contacted other anti-gravity teams, but they didn't do that......"

"What's wrong with that?"

Val Cronin was very unsure, he looked at various sources, and finally decided that building a large superimposed force field device was a good direction to study.

As long as they can discover new physical phenomena first, it may become an opportunity for antigravity-related research to catch up with flower growers.

"Maybe it's because the team of flower growers is devoting all their energy to the research of anti-gravity technology? They don't value theory, they pay more attention to technology! ”

"That's why they've mastered ultra-high-end anti-gravity technology?"

"In this direction, it should be fine!"

"As long as the equipment is built, it is likely that there will be new physical discoveries, and when the time comes, there will be results and a chance to catch up!"

Val Kronin made the decision anyway.