"Not only the satellite code and images, but also the orbit of the satellite?"
"Impossible, how did they know the orbital data?"
“The photos are very clear!”
"Judging from the photo, it should be an AI image fed back by radar signals. Is it accurate?"
The senior officials discussed nervously and immediately contacted the satellite center for confirmation and received a reply quickly, "We have verified the data of 21 satellites, and the images and orbit data are very accurate."
"The orbits of four of the satellites can be adjusted. Those orbital data are all the latest, indicating that these data were detected within seven days."
This result made senior officials even more nervous.
The announcement lists 29 satellite codes, images and orbital data.
The orbits of some satellites are very close to the so-called "space military control area", and the farthest is no more than 500 kilometers. Some satellites will enter the "space military control area".
It also includes two conventional military reconnaissance satellites belonging to American and a newly launched low-Earth orbit spy satellite. The orbits of the three satellites will pass over the light pressure engine experimental base because they are specially used for
Came to investigate the experimental base.
As a result, several satellites were tagged, including satellite images and orbit data.
The only thing that is not marked is the code name, because there is only one number in the satellite code, so it is naturally impossible for other countries and institutions to know it.
Now that the announcement has released images and orbital data of so many satellites, it means that they may have detailed data on all satellites with an altitude of 1,000 kilometers.
The result of this inference is terrible.
Conventionally, satellite photos and orbital data at an altitude of several hundred kilometers can only be obtained through military satellite tracking.
It is impossible to use radar monitoring to obtain satellite images and trajectories using existing technology.
Most of the satellites with higher orbits in space can only be used for ground detection. It is too difficult to target the same satellites in space, because the satellites are too small in space. Whether it is positioning detection or tracking, it is really difficult.
It's too high.
Ground radar detection methods are even more impossible.
Various major countries have also built large-scale radar base station facilities on the ground, specifically used to monitor satellites in space. However, even with the most advanced technology, the monitoring height of the largest radar base station will not exceed two hundred kilometers.
This is mainly because the atmosphere will strongly interfere with signals from the ground to space.
So if you want to get the images and trajectory data of a satellite, the only thing you can think of is tracking it with other satellites. Only through continuous tracking can you calculate the orbit data.
The current announcement is that there is a lot of accurate satellite data, including data labeled "unknown", which is undisclosed military satellites.
All top officials know what it means.
Once the accurate orbit data of the satellite is known, ground missiles can be used to destroy the satellite. The altitude of several hundred kilometers is not too high for ground missiles, and conventional medium-range missiles can reach it.
The speed of missiles is very fast.
The average speed of medium-range missiles exceeds one kilometer per second. The average speed of high-performance medium-range missiles can even exceed Mach 8, which is nearly three thousand meters per second. Even if the climbing speed is relatively slow, it can easily exceed one kilometer.
per second.
In other words, it only takes ten minutes for a ground-based medium-range missile to climb hundreds of kilometers from launch to launch.
Of course, the missile trajectory will not be that accurate, but the deviation can also be compensated for by saturation attacks. For a satellite with a determined trajectory, two or three missiles are enough.
Relatively speaking, the trajectory of the satellite has been locked, and even if it can be controlled, it is too late to dodge.
In order for the satellite to dodge, it must first detect the missile and learn that the satellite is locked for attack, and then perform manual control. The control is not as simple as operating a car, and there is no time to adjust in ten minutes.
Therefore, the release of so much accurate data can be regarded as a 'space deterrence' in itself.
The question is, how did they do it?
Senior officials immediately started discussing, "Is there an internal leak?"
"A spy?"
"We must conduct internal and external investigations and investigate carefully!"
"This is unlikely. Their spies are rare. Is it possible that they have mastered ultra-high-end radar technology?"
When this point of view was raised, everyone was immediately silenced.
Ten years ago, there would have been a lot of opposition. They didn't believe that flower growers could master any high-end radar technology, and it was so high-end that it could conduct detailed detection of satellites in space.
Now……
Flower growers have already mastered so many unimaginable high-end technologies, so adding another ultra-high-end radar technology doesn’t seem to be a big deal?
"What kind of ultra-high-end radar technology is it?"
The officials present could not figure it out, so they immediately consulted radar technical experts.
Institutions related to military radar research and development also discussed the content of the announcement. They analyzed it faster than senior officials and quickly determined that it was radar technology.
Satellite images have already illustrated the problem.
Those satellite images were obviously synthesized using AI technology using signals detected by radar.
After detailed discussions, they came to the conclusion, "It is very likely that flower growers have mastered first-order radar technology."
"If you want to monitor satellites at an altitude of hundreds of kilometers, conventional radar cannot do it."
"Our radar technology is the most advanced. If they can monitor satellites, they must have used higher-end technology. The only one that can be thought of is first-order radar..."
First-order radar, first-order electromagnetic wave.
When the results of this analysis were revealed, most people confirmed that the flower growers were the birthplace of the 'first-order technology' and had mastered the first-order material manufacturing technology. They were also the first to discover the first-order wave.
This chapter is not finished yet, please click on the next page to continue reading the exciting content! The first one discovered was the first-order green light wave, and later several first-order wave-related results were released.
Other countries are also conducting continuous research, but the biggest results are only to create waves of a certain frequency, either light waves or low-frequency infrared waves. The highest-end ones only reach ultraviolet frequencies.
Radar waves are high-frequency pulse short waves.
First-order high-frequency pulse short wave, let alone stable production, they are just thinking about the concept at most.
Therefore, they simply cannot imagine the specific effects of the first-order radar, but if it can detect satellites, they have no doubt at all.
The current announcement confirms this.
After the analysis and confirmation, the senior executives of Amrican suddenly panicked. Initially, it was the officials from the Hexagon Building. Later, the No. 1 decision-maker also felt panicked when he heard the news. They didn't know how to deal with it for a while, so they could only convene an emergency meeting.
High-level meeting.
This also includes an international relations response team serving decision maker No. 1.
What the international relations response team considers is not technology or how the other party controls the satellite orbits, but the purpose of the other party's announcement...
"Is it a deterrent?"
"It should be a deterrent to demonstrate their ultra-high-end technology."
"It has something to do with the space testing of the light pressure engine. I guess you want to ensure the safety of the engine in space, right?"
"This should be……"
“How are we going to respond?”
This is a question that senior officials should think about. What they initially considered was to control other satellite tracking and detection, but now they don't know whether to continue.
They only like to fight sure battles.
Now I have no idea what the situation is, and I am not sure at all. What if something goes wrong?
What should we do if something goes wrong, the situation cannot be controlled, and a war breaks out?
It is impossible to fight a conventional war now. They are simply unable to deal with the threat of airships and flying saucers. The opponent can use airships and flying saucers to easily wipe out overseas bases and aircraft carrier fleets, and even directly threaten the homeland.
How to deal with it when the time comes?
Are we going to fight a nuclear-bomb war that will destroy mankind?
…
Americen's senior management discussed that the purpose of the announcement was to act as a deterrent.
Actually, it's a warning.
The flower growers have no idea of ​​deterrence at all. They have mastered the most high-end technology, and it is enough to use it to deter airships, ships and flying saucers.
The announcement is being issued now to warn all countries and institutions not to send other satellites for reconnaissance and monitoring, because the time, speed, and trajectory of the space test of the light pressure engine only take into account the satellites included in the announcement, which means that the test process will not interfere with
To be continued...