The astronauts' worries are completely unnecessary.
The orbit of the International Space Station is tilted, and there is a deviation every time it orbits the earth.
In the vast space, even if the operating altitudes are exactly the same, as long as there is a slight deviation in the orbit, the distance will be calculated in hundreds of kilometers or thousands of kilometers.
This distance is really too far.
Now even the nuclear fusion engineering project team does not know the specific coverage range of the released F-rays, and the related detection is very complicated.
They are only released for the first time, and there is no previous data to discuss this issue.
The project team also discussed the coverage range of f-rays, and finally estimated it to be between 500 kilometers and 600 kilometers, and normally it would not exceed 600 kilometers.
The orbital height of the International Space Station is about 410 kilometers. As long as the orbit is not directly opposite the position of the nuclear fusion project team, it is relatively safe.
When international public opinion abounds, the nuclear fusion project team will naturally discuss relevant issues, not just the project team members, but also the decision-makers who come to participate in the experiment.
Everyone in the project team was very surprised, "Can this be photographed? We conducted the experiment at the darkest time of the night..."
"What a coincidence!"
"If it is a near-Earth satellite, it needs to be very close to take pictures. The International Space Station is still far away, but the accuracy of the space station's camera is indeed high."
"They're probably going to study every image related to the central installation, right?"
This sentence hits the point.
Whether it is a near-Earth satellite or the International Space Station, ground personnel will carefully analyze any image related to the central device. Because of this, the enlarged black line can be noticed immediately.
The leaders were thinking about other issues, "This shows that their space monitoring capabilities are very strong!"
"In the field of space monitoring, we still have a big gap."
"Our research must continue, but public opinion issues must also be taken seriously. We cannot let everyone think that we are researching terrorist weapons."
"How about... conducting the experiment in public?"
"You want to release experimental news? That's right. F-rays have already been discovered anyway, so there's no point in keeping it secret."
"If the experiment is carried out publicly, stating the time and scope of the experiment in advance is equivalent to an early warning and an explanation to the international community."
In the end, the project team decided to make the experimental information public.
They are studying f-ray technology, which can be regarded as an ultra-high-end space weapon, but it is not used as a secret weapon for war.
The weapons currently in the hands of human beings are too powerful. A large-scale war between major powers would be disastrous and may even lead to the extinction of humankind.
War is no joke.
Major powers all abide by the default rule of not having direct war. Even if a regional conflict occurs, it will be conducted in a proxy situation, otherwise the scale of the war will become uncontrollable.
Therefore, f-rays are generally not used.
No matter how high-end or advanced the F-ray weapons are, they mainly serve as a deterrent, letting other countries know the power of the weapons so that they will not actively provoke wars.
soon.
The nuclear fusion engineering project team released news and determined that it was responsible for the "black line". "What was photographed by the International Space Station was the annihilation ray released by the central device of the engineering team, which we call F-rays."
"However, the research on F-rays is not to create space weapons, but to prepare for the subsequent development of nuclear fusion."
"F-rays are a special form of field force released by a strong annihilation force field in a magnetic interference environment. The F-rays excited can be used to ignite nuclear reactions, including nuclear fission and nuclear fusion, all of which can be completed with F-rays
Remote ignition.”
"We've been studying F-rays for a long time."
"The specific properties of F-rays will be published in "Annihilation Physics and Theory" by the Research Center for Antigravity Properties of F-rays."
"We need to emphasize that the development of F-rays is not aimed at satellites in space, nor does it have the ability to accurately strike satellites."
"In order to allow humans to master controllable nuclear fusion technology with unlimited energy, we will continue to develop F-ray related technologies. At the same time, we also understand the impact of F-ray experiments on space, so subsequent F-ray experiments will be notified and warned in advance...
"
After a series of explanations and explanations, there was an 'early warning' message, "Our next experiment is planned to be in the early morning of a week later. The F-ray release direction will be based on the nuclear fusion center device, with a deflection angle of 71.8 degrees.
to 72.3 degrees, to the space range of one thousand kilometers from the ground.”
"This demarcated area is demarcated based on international public satellite trajectory data and will not affect the operation of satellites."
"If a non-public military or other satellite passes through this area, please be sure to contact us in advance..."
"We will determine the safety of the satellite based on the trajectory calculation results..."
"..."
The news released by the nuclear fusion project team was quickly reported by major international media and shocked the entire world.
Since the Groom Lake Project Team released information related to annihilation rays, annihilation ray technology has been the focus of international public opinion.
The information released by Amerikan believes that the flower growers have mastered annihilation ray technology and even destroyed a commercial satellite with annihilation rays.
Flower growers only admit to mastering annihilation ray technology, but they do not admit that they have destroyed commercial satellites. Now the nuclear fusion engineering experimental team has determined that the nuclear fusion center device can release annihilation rays, even over a distance of more than 400 kilometers.
Some of them argued that "the research is for nuclear fusion" and "the research is not for satellites", which was subconsciously ignored by many people.
Those are just words of comfort.
Regardless of whether the research on annihilation rays is aimed at satellites, annihilation rays have the ability to directly destroy satellites. The technical purpose is not important, but the mastery of the technology is the most important.
Of course, some countries and media can only express their dissatisfaction.
There is nothing they can do.
The research on annihilation rays does not involve any international law, that is, it does not violate any international rules, and any institution has the right to conduct research.
The nuclear fusion project team also stated that it would conduct experiments publicly and provide advance warning for the release of F-rays.
This is even more uncomfortable.
The project team defined a range for releasing F-rays. The ground declination angle is only 0.5 degrees, but it covers an altitude of 1,000 kilometers in space. It is an extremely large cone range.
Although the declination angle of the ground is not large, even less than 1 degree, it is still a very large area when it is extended to a thousand kilometers.
The project team also said that the area is defined based on international public satellite trajectories.
In other words, no public satellites will pass through this area during the experiment, and confidential unpublished satellite data can be contacted and submitted to the project team?
Do not make jokes!
Most of those confidential undisclosed satellites are military satellites. How can the trajectory data be publicly submitted to the project team?
The project team said bluntly, "During the experiment that day, no military satellites should pass through this designated area, otherwise you will be unlucky if you are destroyed..."
This information caused international public opinion to boil.
If we put it on the ground, it would be equivalent to conducting a missile test launch experiment and demarcating a military restricted area, but now it is just replaced by space.
The problem is that……
There is no ownership of space.
If a country could control all areas of space, they could even allocate all areas of space to themselves.
That of course makes no sense.
Amid the heated discussion in public opinion, the "Globe" report said, "This is a historic moment!"
"Flower Planters became the first country to delimit space military restricted areas to experiment with satellite weapons. They fired the first shot in the battle for the space field!"
"Maybe in the future, similar things will become the norm."
"Other countries will definitely conduct similar experiments. They cannot allow flower growers to 'occupy' space..."
The competition in the space field is considered to be the development trend of future wars.
American will definitely increase their research and development efforts. They have also mastered the F-ray release technology, and public opinion generally believes that they will soon be able to release ultra-long-distance F-rays.
But in fact, it's not.
American will certainly attach importance to F-ray technology.
Experiments by florists have proven that F-rays can pose a direct threat to satellites, and can even easily destroy near-Earth satellites.
This technology must be mastered, otherwise any future disputes will be passive.
However, it is not easy to continue to develop f-rays.
To be continued...