The "Sydney bombing" ended in silence. Although Canberra suspected that United Technologies was responsible, there was no evidence. Now the relationship between the two parties is delicate, unlike before where we could openly ask questions.
The research and development of biological humanoid robots is going very smoothly. The Genetic Engineering Research Institute, in cooperation with other research institutes, has developed a small quick-freezing device, which is used to store people who are on the verge of death. Harris' team completed the first quick-freeze resuscitation and head transplant surgery in mid-August, transplanting the head of a seriously injured Overseas Bureau of Investigation employee from Branch 13 to his replica body.
¡°You¡¯re doing well, can you fully return to normal?¡± Li Zhuang asked Harris as he walked out of the operating room.
"There is no way to completely return to normal. It depends on the development progress of the physiological structure molecular repair machine. I believe that as long as this kind of medical equipment is manufactured, we can completely repair the brain trauma, and there is no need to even perform head replacement surgery."
This employee named Roy Davis recovered well after the operation. When Li Zhuang went to visit him, he talked to him for about ten minutes. He seemed normal. However, Harris insisted that this was a coincidence. Under normal circumstances, intelligence will be affected. damage.
The results of the Second Human Genome Research Institute can create biological humanoid robots and can also be used in high-end medicine. During Roy Davis' surgery, he used the life support machine developed by the Institute of Medical Research, the cell tissue repair fluid developed by the Institute of Biotechnology, the cell strengthening fluid developed by the Institute of Genetic Engineering, and the nanoscale fluid developed by the Institute of Nanotechnology. Automatic surgical equipment and technical support from the Institute of Theoretical Physics.
Vicky and Harris cooperate perfectly. The national treasure plays in person, but he can only help Harris. This is a real human being, unlike biological robots that allow the possibility of problems.
This major event that happened in Wesson City could not be publicized. Neither the patients nor the doctors said a word. The outside world was attracted by the frequent launches of Citizen's space planes.
The negotiations between China and Citigroup have ended. The matter ended with China¡¯s victory, but the interest and huge capital outflows cannot be recovered. Many people in the current government in Beijing have inextricably linked with overseas affairs, and Zhou Qisen predicts that the next round of large-scale internal strife will break out.
¡°If they can¡¯t do it, I will do it,¡± Li Zhuang¡¯s confidence doubled after seeing the perfect demonstration of the biological combat robot. Guobao called this robot a "debt collection robot" because of its usefulness. Senior core employees of the 13th Division commanded this robot to carry out "debt collection operations" that had been well understood for a long time.
Debt collection takes a long time, and computer experts¡¯ interests, like ordinary people, shift to faster than light speeds. NASA won the final victory in the battle with the Air Force and was authorized to lead this faster-than-light test, with the cooperation of the Air Force Space Command.
Super-light speed requires huge energy. The most advanced energy currently available is nuclear fission power. It is not easy to launch this thing on the earth. The delivery vehicles are all in the hands of NASA. The Air Force wants to go it alone, but the public does not agree. If the launch fails, who knows where the nuclear radiation materials will be scattered.
NASA won the internal fight and was so proud that it merged this project with the experiments it was about to conduct. The media has not yet been able to find out the specific details of the experiments.
There are many topics about super-light speed on the Internet. Li Zhuang randomly picked a portal and looked at it. He had been exposed to this before, but he didn't feel much about it. This time someone was willing to spend money to enlarge the movie for him, and he became enthusiastic about it. .
Although there are three different views on faster-than-light flight in the scientific and technological community, those who hold a negative attitude believe that the speed of light cannot be exceeded; the two factions who agree with the view believe that the astronomical amount of energy required for faster-than-light flight cannot be exceeded in the solar system. The other side is worried about the positioning problem. Scientists from this group think that there is no problem with super-light speed, but the shield technology, spacecraft materials and power transmission are all difficult problems. Although they think that the energy required can be solved by using tricks, but the space The structural theory cannot yet be verified. Even if super-light speed is achieved, you will not know where you are going if you are not careful. Positioning technology needs to be solved urgently. With the current level of science and technology on Earth, it is not possible to obtain detailed star maps, and the star maps seen from different perspectives are different.
Li Zhuang read with great interest the theoretical progress and technological progress of interstellar flight summarized on the Internet by good people over the years.
Many super-light propulsion concepts have been used in Hollywood science fiction movies, such as Starship Troopers, Star Trek, Star Wars, etc. Li Zhuang thought that the 0.75 times light speed laser propulsion spacecraft used in the famous "Avatar" was acceptable, which made him deep impression.
The first is the warp engine. The Citi Air Force¡¯s project claims to use this technology. Only they themselves know what technology it is.
The so-called warp drive, also known as warp propulsion technology, has been used in most science fiction novels and movies. 19In 1994, Mexican mathematician Miguel Alcubierre proposed an engine model that does not violate the general theory of relativity that "no object can run faster than the speed of light in a local area." The model he designed created a space-time geometric structure that undulated like waves. Simply put, it deformed the space near the spacecraft, expanded the space behind it, and compressed the space in front, forming a "warp bubble." This model was later improved by other scientists , making it more perfect.
According to the principle of warp engine, it can theoretically reach extremely high speeds, even exceeding hundreds of thousands of times the speed of light. This kind of engine is not large in size but consumes a lot of energy. There are many problems that can be deduced based on theory.
The first problem is collision during high-speed movement. The propulsion mode of the warp engine does not enter a special space. The spacecraft is still running in the space where we are now. The ubiquitous cosmic particles and meteorites are enough to destroy the spacecraft countless times.
The second question is one-way access. The trajectory of the warp drive will cause permanent changes in the universe. Not only is a road only traveled once, it will also be affected by the huge gravity of nearby celestial bodies and the complex space structure. Where will this winding route lead? I'm afraid even the mathematician Miguel who proposed this plan didn't know that the one-way passage left both himself and the enemy speechless.
The second type is the star gate, also known as the space bubble. (Based on netizens¡¯ explanations, not original. I pay tribute to the netizens who summarized it.)
In the game Eve, all spaceships are equipped with a jump drive device. The driver creates an absolute vacuum by repeatedly "squeezing" the vacuum between the two polar disks, excluding all energetic neutrons and quarks (theoretically a type of elementary particle smaller than an atom), creating a fixed laser field that preserves The absolute vacuum bubble continues to grow until it contains the entire spacecraft.
After going through the above steps, the spacecraft can reach super-light speed. Questions about navigation also arise. Once the spacecraft reaches super-light speed, it will have almost no effect or reaction on the world. For example, communication and target scanning will be difficult to carry out. Numerous experiments, such as compressed space radio, were tried, but without success. Due to the unpredictable nature of quantum mechanics, it is difficult to create a vacuum bubble that is stable enough to change velocity on a precise time scale. Finally there was a solution. It was discovered that the gravity capacitor is very similar to the control system used when jumping the star gate. When the spacecraft reaches super-light speed, it can quickly take the gravity signal from "normal" space. By latching a capacitor on one of the signals, the spacecraft can sail toward it. Once a certain distance required by the gravity well is reached, the vacuum bubble automatically dissipates.
The only problem is that these capacitors can only effectively collect signals of a certain size or above from the gravity well. The minimum limit is to form a satellite or a cluster of asteroids. Of course, in order for the gravity capacitor to line up correctly on the target object relative to the star, it can only follow a very narrow path, so the range in which the spacecraft can operate is extremely limited. This also places some limitations on jump drive usage, but since all major targets in the system can be detected, it is not a critical issue.
¡°In addition, since it is now possible to build some detectable ¡°fake¡± gravity wells on space stations and jump gates, landing on them can be achieved through the gravity capacitors on the spacecraft¡¯s jump drives.
To sum up, stargate technology only requires one stargate and a jump drive on each ship.
Under certain design conditions, the spacecraft can also jump between galaxies without star gates. A miniature black hole needs to be created on the spacecraft. This is a bit complicated and I guess no one can figure it out.
The technical flaws of stargate technology are also obvious. The former stargate technology can save a lot of space on the spacecraft and preparation time for jumping, but the spacecraft can only jump through the stargate, which will have great strategic consequences. limitation.
The latter stargate technology is just the opposite. It increases the weight, volume, and preparation time of the spacecraft, but the jump of the spacecraft is more flexible and increases battlefield activity.
?Theoretically speaking, stargate technology almost completely violates the theory of relativity. It is based on the theory of super relativity. From a technical perspective, Stargate is a relatively energy-consuming time-space jump technology that is more suitable for large-scale commercial transportation rather than war.
The third type is wormholes. This theoretically difficult solution cannot be solved at all, so few people mention it. Even Einstein himself said that wormholes of at least one light-year in size are not known where to be found. The huge gravitational difference before entering the wormhole can tear any spacecraft apart. The intense radiation in the wormhole is enough to make it impossible for carbon-based organisms in the spacecraft to survive. If there is a strong enough shield to protect the spacecraft, the energy consumption is simply unimaginable. . There is no question whether such a powerful protective shield will affect the stability of the wormhole.??Things you know.
Unlike stargate technology, wormholes are a common and easy-to-understand transmission method. Different from complex star gate technology, the role of wormholes in star gates is only to detect gravity wells, which is equivalent to a navigation device. The black hole in the wormhole is the main body in the entire transition.
The concept of wormholes originally emerged from the study of the Schwarzschild solution. When physicists analyzed the white hole solution, they discovered through an Einstein thought experiment that the space-time of the universe itself may not be flat.
If a star forms a black hole, then space-time is perpendicular to the original space-time at the Schwarzschild radius, which is the event horizon. In the uneven space-time of the universe, this structure means that part of the black hole's event horizon will combine with another part of the universe, creating a hole there. This hole can be a black hole or a white hole. This curved horizon is called the Schwarzschild throat, and it is a specific type of wormhole.
As for the possibility of passing through a wormhole, we must mention a basic knowledge. Any object falling into a black hole will encounter a singularity, and the object will only have three physical quantities left: mass, charge, and angular momentum. But the black hole here refers to the non-rotating and uncharged Schwarzschild black hole. As for the rotating and charged Kerr black hole, the singular point at the center of the black hole is actually not a point, but a ring. This provides a way for objects to pass through. Possibilities are provided.
What is connected to a black hole can be a black hole or a white hole. With the development of theoretical physics, new research has found that the super-strong field of the "wormhole" can be neutralized by "negative mass" to stabilize the "wormhole" energy field.
There are many technical problems with wormholes. Whether the connection between the two ends of the wormhole is the original universe or a parallel universe is a hotly debated issue even in theory, let alone in practice. The study of wormholes has a history of hundreds of years and is not that mysterious. As for the theory of space and time, it is a very complex issue, and the atmosphere of fierce debate is enough to allow ordinary matter to reach the temperature of nuclear fusion.
The fourth type is hyperspace, the so-called fault space jump.
Many interstellar travels use hyperspace. As the name suggests, hyperspace can be understood as ultra-classical physics space, super-light space, etc. No matter how you understand it, hyperspace is beyond people's common sense. This technology is to use an engine to tear a small opening in the space before entering the fault space, and use a certain technology or a sufficient amount of energy to open the small opening.
According to scientific calculation results, the energy required to open a small opening mentioned above requires a particle accelerator with a diameter as large as the solar system. In addition, the problem of space interference is not easy to solve.
This netizen¡¯s language was very humorous. Li Zhuang couldn¡¯t help but smile knowingly when he saw this, remembering the nonsense of those people when he read novels before. He touched the necklace that the Nanotechnology Research Institute specially made for him using ultra-high-strength nano-alloy materials. The jade ball was still so cool and would not change in temperature at all due to body temperature. This necklace was designed by Lisa herself. She liked the jade ball very much and ignored him for a week after her request was rejected.
It is impossible for Li Zhuang to give this thing to her. It is a gift from God. Although it has only commemorative significance, it can be used as a family heirloom. He thought of the unlucky Elta, a being who was so powerful at first. Elta ran to the Milky Way, probably using fault space jumping technology. The super energy crystal used in his spaceship is an energy crystal that can be used by the entire earth for countless years. It is estimated that carbon-based organisms may not be able to collect a few carats even if they are exhausted for hundreds of thousands of years.
A huge star turns into a black hole after the end of its life. Even light cannot escape, let alone the energy and tidal force caused by the chain destruction of more than 100 billion stars such as the Milky Way. Under such circumstances, Alta was still able to escape, which shows that the power of the Kallus civilization is beyond the scope of human imagination.
Li Zhuang had read Alta¡¯s information countless times, and he could only think about what the Kallus Galaxy looked like. The problem of weights and measures is enough to make all records funny, not to mention those weird symbols. He copied this symbol and showed it to scientists at the Institute of Theoretical Physics, but no one knew what it meant, let alone the so-called formula. You must know that Xavier worked at CERN. There are very few bookworms of this level. Even Durand, who has a doctorate in theoretical physics, looked at the chairman with a stupid look and asked him if he was dreaming. .
Li Zhuang used to like eating apples. This fruit is better than other fruits and has fewer side effects. After getting the jade ball, he ate other fruits instead, and even refused to let his family eat it. Lisa found him incomprehensible and often avoided eating from him. What made him even more depressed was that his four children, even his youngest daughter Xinling, whose teeth had just grown out, all liked to eat apples.
Some people say that different cosmic spaces are like egg shapes, expanding and approaching each other.The moment they connect to each other is the moment the universe is destroyed. What about the other universes? What's in it? The vastness of the universe is beyond our imagination. How did the rules that control all these come about?
Li Zhuang feels that there is no solution. The rules of the universe are the greatest gods. Who is the person who created the rules of the universe? Could it be the legendary God of Creation or Pangu? If so, what is the superior of this creature? There is always a source. The rules for perfect operation are not formed overnight. According to the theories of top scientists, these are all born from a certain point. So what was beyond this point before the birth of the universe? One universe, countless universes?
The fifth type is high-dimensional space, which is somewhat related to string theory and involves dimensionality issues. Li Zhuang is not a theoretical physicist, and he does not want to understand such a complicated problem. The netizen's introduction is very detailed, but Li Zhuang believes that most scientists, including most scientists, cannot understand these theories that are purely imaginary and deduced based on mathematics. Mathematicians and theoretical physicists use their words, but engineers have to break their legs and use their hands. No wonder theorists appear frequently.
In addition to the above solutions, there are also some other theories, such as space folding, Brownian motion particles based on quantum theory, deceiving the rules of the universe, etc.
The person who proposed space folding is very bold. I guess the one who likes to use it the most is Pangu. He thought it was too troublesome to travel through space, so he used his infinite power to fold a certain space, then dug a door to get through, and also protected the pitiful people inside the space. of creatures.
Li Zhuang doesn¡¯t know whether the Brownian motion particle scheme is feasible or not. Anyway, he doesn¡¯t want to make that inexplicable particle and then never see his family again.
As for deceiving the rules of the universe, if gods are so easily deceived by mortals, then can they still be called gods?
There are so many people who deceive God, I am afraid that in his anger, he will easily turn little ants like humans into nothingness. Perfect rules have self-compensation and self-correction capabilities. When Li Zhuang designed the voltage and current suppression and internal compensation models, he had deeply realized the irresistibility of rules when they are utilized to the extreme. This theory does not need to be explained by more advanced quantum theory and is simply ignored.
Li Zhuang was deep in thought, and suddenly had an impulse to establish a sect, name it the Universe God Sect, and recruit all company employees to join the sect.
His wild thoughts did not last long. Zhou Qisen knocked on the door and came in, saying that he had something important to tell him.