Super Copy of Great Power Technology

The next morning, Qiao Ruida came to the Xiaofeigun Detection Office again and saw a group of researchers with dark circles under their eyes, bloodshot eyes, pale skin, and messy hair. It was obvious that they had worked overtime last night and had not slept until now. Qiao Ruida could not blame these hardworking employees, so he had to say that it would not happen again, and then he went to a computer to check the flight status of the No. 1 detector.

After two days of flight, the No. 500 probe was less than kilometers away from the small flying stick, and the impact plan had reached the most critical moment. Several attitude adjustment engines and two main engines, under the control of the intelligent program, were turned on and off in an orderly manner, adjusting the flight speed and direction of the No. probe, striving to get close to the small flying stick, and preferably hit it head-on, only in this way can close-up photos and detection data of the small flying stick be obtained. At this time, the No. probe was more than million kilometers away from the earth, and the signal transmission delay exceeded five minutes. Due to the high signal transmission delay and slow transmission speed, it was difficult for the ground control center to perform fine operations except for formulating some new tasks. The entire impact process could only be adjusted and controlled by the intelligent program installed on the probe.

Ten minutes later, the No. 100 probe was only kilometers away from the small flying stick. In the field of view of the Clairvoyant Space Telescope, the two had completely overlapped. The No. probe was making the final orbital correction. The flying speeds of the two flying objects were very fast, exceeding the third cosmic speed. The small flying stick was also tumbling while flying, which undoubtedly greatly increased the difficulty of the collision. Five minutes later, the No. probe flew past the edge of the small flying stick. The closest distance between the two was only a little more than two kilometers. But these two kilometers became an insurmountable chasm. The so-called difference of a millimeter leads to a thousand miles of error. Due to the delay in wireless signal transmission, Qiao Ruida and others on Earth did not receive the news that the collision plan failed until six minutes later. For a time, sighs were heard everywhere in the office.

"Oh, what a pity, we missed it by just 2,000 meters!"

"I knew it wasn't that simple. It's hard to control a small probe to hit a tumbling asteroid from hundreds of millions of kilometers away. It's like trying to extinguish a burning incense stick with a single shot from 800 kilometers away. It's just too difficult."

"It's pretty good. The closest distance between the two aircraft was only 2.3 kilometers. The photos taken when they passed by have been transmitted back. This is a wide-format camera, and the high-definition photos taken back can be used to analyze a lot of information about the small flying sticks."

"In theory, if the No. 1 probe and the small flying stick continue to fly along their current orbits and bypass the sun, there should be another intersection point that is relatively close. I wonder if we can adjust the orbit of the No. 1 probe so that they can collide at the second intersection?"

"After all this, the No. 1 probe has very little fuel left. It is basically impossible to maneuver and change its trajectory for a second impact."

"Then we can only wait for a few days until the second probe and the small flying stick get close to each other before carrying out the second impact mission."

"Bring out the photos taken when the two were closest. I'll take a look."

This last order was issued by Qiao Ruida. A researcher sitting nearby did not dare to neglect it. He immediately opened the returned photo folder on the public server, found a photo with the latest date, and opened it locally. This is a standard 15360K photo with a resolution of 8640*16, with full exposure and clear details. The main subject of the photo is naturally the wandering planet of the flying stick. It presents a long cigar shape with a pointed head and a smooth tail. Two huge artificial engines are installed at the tail of the flying stick, and the blue tail flames ejected from the trumpet part are clearly visible. If you zoom in on a part of the photo, you can also see some things that seem to be artificial devices, distributed in the middle and head of the flying stick, with different shapes and sizes, and there are hundreds of them. Qiao Ruida guessed that these man-made objects are likely to be some kind of detectors or signal transmission devices.

In the next half hour, dozens of photos were transmitted back. These photos were taken by the No. 1 detector when it was closest to the small flying stick, using a high-definition camera, infrared camera, or telescope. By carefully analyzing these photos, we can obtain a lot of detailed information about the small flying stick. Of course, these are slow work. Qiao Ruida, as a boss, has precious time and is busy with business, so there is no need for him to participate in it personally.

Qiao Ruida took a final look at the photo, opened the system panel, took a panoramic photo of the flying stick, and saved it in the album. He clapped his hands, attracted everyone's attention, and said, "Well, for this collision plan, most of you haven't slept for more than 20 hours. Now that the dust has settled, go back and rest. As for the photo analysis and data processing, it won't be too late to do it tomorrow."

After that, Qiao Ruida left the office first and went to the aerospace airport to witness the first manned test flight of the Moon Run aerospace plane. Qiao Ruida arrived early, and the Moon Run aerospace plane had been pulled out of the hangar, but the astronauts had not arrived yet. A dozen ground crew members were surrounding the Moon Run aerospace plane, doing the last check to make sure there were no mistakes.

At 11 o'clock in the morning, two astronauts from Ruida Aerospace and three astronauts from the National Astronaut Corps came over in white cabin space suits, holding helmets in one hand. Fan Zichao, the captain of this manned test flight mission, walked in front, circled the space plane, and visually inspected it. After finding no problems, he handed over the space plane to the ground crew, signed his name on the inspection report, and then called several astronauts to board the plane.

Five astronauts boarded the space shuttle one by one along the boarding ramp, found their seats, sat down, fastened their seat belts, connected the pipes between the space suits and seats, put on helmets, and prepared for takeoff. The ground crew removed the ramp and cleared everything around the space shuttle, including the personnel. Before the space shuttle took off, Qiao Ruida opened the system panel, took a photo of the Moon Run, and activated the analysis skill, which showed that the space shuttle was all green and there was no problem. It seems that the daily inspection and maintenance work of this group of ground crews is very good.

At 11:15, everything was ready. Fan Zichao turned on the microphone and applied to the flight control center for takeoff. After approval, he connected the power according to the process, turned on the three anti-gravity engines at the bottom of the aerospace plane, and gradually increased the thrust. The huge Moon Run aerospace plane flew up lightly until it reached a thousand meters in the air. Then the two anti-gravity engines at the tail were turned on at full power, pushing the Moon Run, gradually increasing its speed, flying higher and higher, faster and faster, and finally disappearing into the clouds.

After watching the takeoff scene, Qiao Ruida went to the flight control center again and watched the Moon Bend fly into space through the images sent back by the Moon Bend, turn around twice in the low-Earth orbit, and then dock with the commercial space station. Seeing this, there was a warm applause in the flight control center. The manned test of the Moon Bend has been successful for the most part. What remains is to spend more time in orbit, test the stability of the life support system, and finally leave the commercial space station, re-enter the atmosphere, and return to Ruida Space City.

Qiao Ruida clapped a few times, then turned and left the flight control center to go to the staff canteen for lunch. As the saying goes, man is iron and rice is steel, and if you don't eat, you will be hungry. It is already one o'clock in the afternoon, and if you don't go to eat lunch, you will miss the meal.

After lunch, Qiao Ruida returned to Villa No. 1 and sat down on the sofa in the living room. He skillfully boiled water to make tea. After drinking a cup of hot tea, he felt comfortable all over. After drinking half a pot of tea in a row, Qiao Ruida solved his thirst problem. He leaned on the back of the sofa, closed his eyes slightly, and sank into the dimensional space.

Open the system panel, call up the photo of the flying stick taken in the morning, and copy it. The next moment, a cigar-shaped asteroid, about 400 meters long and 40 meters wide, with a reddish color, appeared in the dimensional space. Overall, it looks no different from ordinary rocks, and contains some iron elements inside, which is why it is reddish in color. But once you zoom in, you can see that there are several traces of mechanical cutting at its pointed end. The cut surface is smooth and flat, without any burrs, and I don’t know what kind of cutting tool was used. There are two huge engines more than meters long installed at the tail of the flying stick. Its head and the rock shell of the flying stick are integrated and indistinguishable from each other, and the tail is in the shape of a trumpet. Because it is a replica product, it does not inherit the engine's startup state, so there is no tail flame sprayed from the tail nozzle. It is more magical that the color and material of this engine are exactly the same as the rock shell, at least visually. As for the actual situation, Qiao Ruida needs to analyze it in depth.

Qiao Ruida opened the system panel and activated the analysis skill, targeting the small flying stick wandering asteroid in front of him. The next moment, a large amount of pictures, drawings and technical information formed a torrent and filled into his brain. Qiao Ruida's brain, which had been tested and strengthened many times, actually had a slight fever, which showed that the data was huge. Ten minutes later, the data transmission was completed, and Qiao Ruida closed his eyes and rested for another ten minutes before he began to browse the extra information in his mind.

This wandering asteroid was born 45 billion years ago, which is normal. Some ancient meteorites in the solar system can also be traced back to the beginning of the solar system, with a history of billions of years. What is surprising is that the time when the small flying stick was artificially modified is only about one thousand years ago, which is much shorter than the previous speculation of thousands to ten thousand years ago. This can be seen from the production age of the engine and other artificial parts.

"It only took a thousand years to fly from other galaxies to the solar system. It seems that the technology level of the alien civilization that transformed the flying stick is more advanced than expected."

The inside of the flying stick was completely hollowed out, leaving only a thin shell, but the hollowed-out space was filled with some very pure iron blocks. What is even more puzzling is that the formation age of these iron blocks is different, ranging from hundreds of years to decades.

Looking further, the shells of the two huge engines and other instruments and equipment are not made of metal, but a material similar to rock. It is very likely that they were made from the small flying stick. No wonder the material looks so much like the rock shell in front. It turns out that it is made of stone. The universe is so vast and has everything. The engine made of stone can continue to work for thousands of years without any failure. This technology is simply terrible.

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The material problem has been solved, but where does the fuel or energy come from for the engine to work continuously for thousands of years? I continued to read and finally found the source of the fuel. It turned out to be a heavy fusion engine. Its fuel is stone. Under high temperature and high pressure, a series of heavy nuclear fusions are carried out, and the final product is iron.

No wonder the flying stick is hollowed out except for a rock shell. It turns out that the stones were burned by the two engines during the long journey of thousands of years. The iron blocks filled in also have a source, which is the product of heavy nuclear fusion of stones, which also explains why the iron blocks are formed at different ages. I remember that in the science fiction movie The Wandering Earth, it was the heavy fusion engine that pushed the earth out of the solar system and into the vast universe. I thought this kind of heavy fusion engine was just a fabrication of the novel author, but I didn't expect that aliens really made it. It's just that these two heavy fusion engines are much smaller than the huge planetary engines like mountains in the movie. But its technological content is not small at all. With these materials as a reference, combined with earth technology, it is not difficult to reproduce a heavy fusion engine that also burns stones. The thrust of this heavy fusion engine is much greater than that of the anti-gravity engine. It still uses nuclear fusion technology, consumes very little fuel, and is very convenient to obtain materials. It is one of the ideal engines for spacecraft to travel in space.

Seeing this, the newly added information in my mind has just passed half. The remaining information, except for a small part that explains the processing and manufacturing methods of several detector sensors, all talks about one technology, that is, quantum communication. Of course, this quantum communication is not the same concept as the quantum encryption communication currently being studied by some countries on Earth. Quantum encryption communication can only be encrypted using the principles of quantum entanglement and quantum superposition, and the transmission speed cannot exceed the speed of light. However, the communication equipment carried on the flying stick uses the principles of quantum entanglement and quantum teleportation to achieve a quantum communication technology that can truly break the speed of light and achieve synchronous information transmission over long distances. (End of this chapter)