Chapter 549 Internet
The origin of this star map is actually very simple, because we downloaded it from the main system of the Fourth Special Zone.
The Fourth Special Zone is not only the best-preserved alien ruins on Earth so far, it is also one of the few operational ruins. And the most important point is that when our dragon genes are truly stabilized, the Fourth Special Zone will The control system doesn't know why it reserved control permissions for our Dragon Clan, and this permission level is very high. So far it seems that except for the uncontrollable self-destruction system of the spacecraft, we can operate almost all functions of the fourth zone.
Thanks to the high-level authority given by the Fourth Special Zone, we have made rapid progress in the research of the Fourth Special Zone. This star map is one of our achievements. It was read directly from the navigation software of the Fourth Special Zone. Obviously, this star map covers a very wide area, and the aliens in front of them also know this star map. At least the other party has a certain understanding of the situation within this star map.
After we unfolded the star chart, the other party began to try to communicate with us based on the star chart. After we had a substantial comparison object, communication obviously became much easier, because we knew what the other party's language said. When we have specific goals, we can even directly define certain language structures and nouns, such as the names of planets in star charts, and the orbits of stars.
Using the star map as a basis, after we communicated, we came up with the definitions of a small number of words and established the general grammatical structure of the other party's language pattern. After closing the star map, Everett began to project the periodic table of elements, and used animation to show the microstructure of molecules, then the microstructure of atoms, and finally smaller particles. Anyway, this is to summarize what we know about matter. All basic form information is displayed.
Because these aliens must also have this knowledge. As expected, the cosmological constant should be a stable value, which means that the properties of matter on earth should be common throughout the universe. Alien planets may have some elements that are not found on Earth, but the properties of the same elements are the same no matter where they are. Based on this, both of us can complete the definition of the basic material structure, and then we start to define the numbers. As long as the numerical definitions of both parties are completed, mathematical communication can be carried out, and it is very important to achieve this step.
Just like we discovered before that these aliens actually have the same brain tissue as us, we were shocked again when we made mathematical definitions.
The customary counting method used by these aliens is actually the same hexadecimal system as our dragon clan. As we all know, electronic computers are binary languages, because transistors, as the most basic unit of electronic computers, can only be powered on and off, so electronic computers can only understand two codes: 0 and 1. Of course, modern computers can perform any type of calculation such as octal, decimal, hexadecimal, etc. But these calculation methods are actually simulation operations. Although the output structure is the type we need, what the computer ultimately completes during the calculation process is actually binary calculation, but the computer will convert the input data into binary before calculation. After completion, convert it back to the base system we set.
This method is also a helpless move. Because electronic computers only recognize binary, this is something that cannot be changed. No matter how strong your programming skills are, the underlying calculation of the computer will always be binary.
but. The brain of our dragon family is divided into two parts: the biological brain and the electronic brain. The biological brain uses a multivariate non-directional computing model. This is a computing model that we have not yet fully studied. The reason why the research is unclear is mainly because our biological brains are grown, not manufactured, and our way of thinking is also naturally formed. Very different from computer programs. At present, we can derive our way of thinking according to a certain fixed mathematical model, mainly because we also have an electronic brain part. It means that we have recorded the naturally formed thinking mode of the brain in the form of a mathematical model. However, because this model is recorded rather than designed by us, we currently cannot fully understand this special calculation method. understand. But this does not affect the use of our brains. After all, primitive people did not understand their own muscles and how to generate power. Didn't they still use them well?
Because the multivariate non-directional operation model of the biological brain is extremely complex, describing this operation in binary mode will put a lot of pressure on the computer. Therefore, our electronic brain part uses hexadecimal operation mode.
Although it is called an electronic brain, the electronic part in our brains should actually be understood as a quantum computer rather than an electronic computer. Calling it an electronic brain is a continuation of the customary name, just like modern roads with few carriages and horses running on them. , but it’s still called a road. Our electronic brain should actually be called a quantum data processing unit, not an electronic chip.
Because quantum has multiple properties, the basic states that a quantum computer can recognize are not as simple as 1 and 0. Of course, quantum computers also have upper limits, so the most suitable calculation mode for quantum computers is hexadecimal mode. In this mode, the quantum computer can directly define sixteen basic forms. Because there are more basic definitions, the amount of conversion of complex data can be reduced. If the original binary program is processed in our hexadecimal processing unit, and the program itself is not modified, the amount of compiled data will theoretically be reduced to one-sixteenth of the original size. In other words, the original 1G data is converted into hexadecimal data and only 64MB is left. Of course, this is a theoretical value, and it is impossible to actually compress it to that small amount, because after all, some data itself is binary. But at least most data can be compressed to this level.
In addition to the reduction in data volume, the more important significance of high-digit digits lies in the simplification of program writing and the improvement of operation speed.
Because binary computers need to convert all data into binary, a lot of data must be converted back and forth repeatedly, and some data may conflict with each other and cannot be described at all, or unclear descriptions may cause program errors. This is the trouble with binary language compilation.
In fact, it is most vivid to use a circuit board to describe two-level programming. Suppose there is a PCB board with many electronic component pins on it. Now you are asked to arrange the circuit on it so that certain corresponding pins can be connected one-to-one.
The design of this kind of circuit board will become more difficult as the number of pins that need to be connected increases, because the pin connections of some electronic components will be blocked by other lines. To print conductive lines on a circuit board with only one side, it is determined that these lines must not cross, because the printed circuit board is not like the wires at home. They have no insulation layer, and once the lines cross, they will short-circuit and the circuit board will not work properly at all. When there are few pins to be connected, it is of course simple, but when there are more pins, the circuit becomes very complicated. Sometimes it is necessary to go back and forth in circles to avoid crossing and allow the circuit to be connected smoothly. And once the number of lines continues to increase, it will eventually develop to the point where even if you let the line twist around, you can't finally connect to the required pin. This simply cannot complete the circuit design.
How do modern circuit boards solve this problem? The room is very basic. Make holes in the circuit board. When two lines need to cross, directly drill a hole in the circuit board and let one of the lines pass through the back of the circuit board, like an overpass, bypassing the line on the front. Then drill a hole again and return to the front to route the wires.
Using this method to cross lines will still be very crowded for modern large-scale circuits and the wiring will be very complicated, but at least it can still meet the needs of most lines. This is also the reason why the performance of circuit boards produced by different manufacturers in the modern electronics industry may vary greatly. This is because reasonable cable arrangement can reduce the length of the line and reduce interference at the same time. Although some manufacturers with insufficient technology can design circuit boards, the wiring arrangement is unreasonable and the wiring length is increased, which not only increases the cost of raw materials. The size of the circuit board has also become much larger. More importantly, irregular wiring means that line interference will become very serious, which will directly affect the quality and performance of the final electrical product.
It can be seen from the difficulty of wiring this kind of circuit board. It is obviously very troublesome to simply lay out lines on one side, and even many complex lines cannot be completed at all. However, as long as the perforation method is used to route the lines on both sides of the circuit board, lines, that means the design becomes simpler.
However, have you ever thought about what if the circuit board was three-dimensional? Design the circuit board into a spatial three-dimensional structure, turning the "circuit board" into a "circuit ball". The lines in it can be connected in series using the spatial structure without contacting each other. Then, will this circuit design become much simpler? ? And because it is three-dimensional wiring, the pin distance of many components is shortened, and the lines can also be connected directly with a straight line. This short line without turning will obviously greatly reduce the length of the line, which not only reduces the material cost, but more importantly, is more convenient. Having short lines exposed means the chance of interference is reduced. Moreover, this three-dimensional circuit means that it is possible to manufacture many circuits that could not be manufactured originally. It can be imagined how huge this helps the design of electronic systems.
Of course, this is just a metaphor. The biggest reason why such a three-dimensional circuit does not appear in reality is not that it is bad, but the cost. After all, the production of three-dimensional circuits is very difficult. Although the design is much simpler, three-dimensional wiring and spot welding are definitely not possible without the support of high-end robot industry. At least humans cannot complete such highly integrated and complex work. of.
However, although it is difficult to apply it on physical circuit boards, in the field of software, the innovations brought by this thinking mode are unimaginable.
If binary-based software is equivalent to threading wires on a flat circuit board, our hexadecimal calculation model is equivalent to a three-dimensional circuit board. Moreover, because there is no production difficulty problem in running the software, the only flaw does not exist here.
In order for a computer to handle the same work, it is necessary to first describe the work object in computer language. This is the same no matter what kind of computer it is. However, after the description is completed, the binary computer needs to first convert the description object into binary language, while the hexadecimal computer converts it into hexadecimal language. However, due to the data complexity problem mentioned earlier, the data converted by the hexadecimal computer may be 16 times the size of the data converted by the hexadecimal computer. With the same processing speed of the computer itself, a binary computer is already 16 times slower than a hexadecimal computer.
After the data conversion is completed, calculations are still needed. Because there are only 0 and 1 in two-level calculations, there is no way to perform multiplication calculations. So, how does a binary computer perform multiplication? It's very simple, just add the multiplicands directly according to the numbers of the multipliers. Finally get the product. For example, to calculate 3 times 5, what a binary computer does is to calculate 3+3+3+3+3 and then output the result. If it is 3 times 100, then it is 3+3 and this is added 100 times.
This calculation method may seem very slow just by looking at it, but the calculation speed of binary computers is actually quite fast. Why? It's not because this calculation method is fast. It's because electrons are fast. Because the electrons in an electronic computer passing through a transistor are equivalent to completing an addition operation, although 3 multiplied by 100 requires 100 consecutive additions, the speed is still very fast. This is the advantage of electronic computers. Compared to humans, they always appear to be very fast.
However, the basic exchange speed of quantum computers and electronic computers is the same, which means that quantum also moves at the speed of light. and. Quantum can jump and perform entanglement interference. Therefore, the data transmission speed inside the quantum computer is actually faster than the speed of light.
It can be seen from this point that if a simple adder is used for accumulation operations. Quantum computers are already much faster than electronic computers.
However, the hexadecimal computer does not accumulate during the calculation process, because the hexadecimal computer can directly define the concept of "multiplication", so when the hexadecimal computer calculates 3 times 100, it directly Do multiplication instead of adding 100 times in a row.
You can see it here. How much faster can a hexadecimal computer be compared to a binary computer? If 3+3 is regarded as a calculation. So for a hexadecimal computer, 3 times 3 is also a calculation. The time difference between the two is almost zero. In other words, the time it takes for a hexadecimal computer to calculate 3 times 3 and for a binary computer to calculate 3+3 is basically the same. However, if it is 3 times 100, then the binary computer needs to add 99 times, but the hexadecimal computer only needs to calculate 3 times 100. Of course because the number 100 exceeds 16. Therefore, the data becomes longer and a carry calculation is required. However, because 100 in decimal is only two digits in hexadecimal, the hexadecimal computer can actually complete the calculation of 3 times 100 with only two basic operations. , while a binary computer requires 99 operations.
This is just 3 times 100. What if it is times 10,000? Multiply that by a million?
It can be seen from this that the larger the amount of data and the more complex the calculation, the more obvious the advantages of hexadecimal computers. If you include the advantages of quantum computers over electronic computers, the data difference between the two is simply unimaginable.
Normally, we can easily hack into the large computers in those bases just by pulling out the data cables from the back of our heads. A large part of the reason is because the quantum computing unit itself in our heads is actually more powerful than the giant servers in some bases. To use supercomputers to invade low-end computers, we only need to use the simplest brute force invasion. Anyway, the other party's reaction speed is not as fast as ours. We directly block the other party's data channel with junk data and slow down its system. After that, we don't do whatever we want. ?
So, our hexadecimal computer system is a mess.
However, strength brings strength, and what surprises us now is that the customary calculation method used by the aliens on the opposite side is also hexadecimal, and during the communication, we discovered that the arithmetic symbols used by these guys are the same as ours All exactly the same.
We are now very sure that our creators, the builders of the Fourth District, definitely have a deep connection with these aliens. The two actually used exactly the same recording and calculation methods for mathematical formulas. Just like Arabic numerals were popularized on the earth, these aliens and the creators of the Fourth Special Zone obviously shared the same calculation method.
After discovering that we shared a computing method, I suddenly had a very bold idea.
After gesticulating and guessing to signal the aliens to wait a moment, I immediately said to Everit: "Everit, open your spiritual network data channel and make it for yourself on Nuwa's server. A backup, everyone else pay attention, close the wireless data channel, use the data plug to connect directly to Everett. Everett, you open the mind network channel and make us a gateway. If something goes wrong, you must disconnect the mind immediately network."
Everett and the others quickly understood what I meant, and while Everett was doing data backup, I turned to the representative alien, and then opened the one on my body. A small projector, and then used an animation demonstration to teach the other party how to use electromagnetic signals to correspond to hexadecimal codes. Then a simple port definition was performed.
The other party is indeed a highly intelligent creature, and he quickly understood what I was going to do.
We both have the same brain tissue, which means our thinking patterns may be the same. Our computers all use hexadecimal language, and even the encoding method is the same. This means that the networks on both sides of us may not be directly connected.
This idea is quite whimsical. Two creatures from different planets can connect directly without modifying the Internet they use. This kind of thing is even lower than the probability of the origin of life. but. From the perspective of these aliens and me, this is quite possible. Because we obviously have a lot in common, and even though we don't know each other, we must have had in-depth contact in the distant past. Of course, when I say both sides, I mean our creator and the other side, not humanity itself. At least not from Earth.
"Are you ready?" I asked as I looked at Everett.
Everett nodded and turned his back to us. A weapon rack on his back suddenly extended outwards. There was a row of small holes on the side of the extended part. These were the data interfaces. Because Everett is different from the rest of us. There are many electronic components on his body, so he itself has the function of a mobile terminal.
for safety. I didn't ask everyone to connect online. Finally, I considered that only Ling, Xiaochun, and I were connected to Everett's system.
"Okay, let's give it a try." We said after connecting our lines.
At this time, the four of us have completely disconnected from the spiritual network of the Dragon Clan. This is mainly to prevent any problem from affecting the entire Dragon Clan. After all, this is about opening up the psychic network to alien creatures, which is quite dangerous in itself. If we didn't feel that the other party seemed to be very friendly, we wouldn't dare to do this.
After hearing my order, Everett pulled out a relatively thick data cable from his wrist, and then pulled out a flying saucer-like disc from his backpack. Insert the data cable into the disc, then pull out another data cable from the disc and hand it to the alien over there. If something goes wrong, this disc is the first line of insurance. It is a mechanical circuit breaker with a small amount of explosive inside. When started, we must always enter security information. Once we stop entering security data information, the explosives in this thing will detonate immediately, directly physically cutting off the internal data channel. We will only use this thing when invading extremely dangerous systems. After all, we are the strongest systems and generally will not be invaded by external information, but these are aliens, so we have to be careful.
The other party already understood what we were going to do from my previous gestures, so the other party responded very quickly. The way he handles it is weird. What this guy took out was not an interface that we could plug in, but a small disc that was very similar to the one in Everett.
After taking out this thing, the alien stretched out his hand and pressed it on the back of his neck, and then pulled out a data cable from the back of his head in front of our surprised eyes. This is our third identical place. These guys really have a lot to do with us.
Connect the data cable on the back of the neck to the disc in the hand, and then a circle of light blue light suddenly lights up above the disc in the alien's hand, and occasionally a slight buzzing sound can be heard.
After seeing the light, the alien reached out and took the plug handed over by Everett, and then put the plug into the blue light above the disk. He did not connect the data cable to the device, but let it enter the blue light, but the magic was that there was no gravity in the light. After the plug was put in, it was suspended there, bobbing slightly up and down, and then stopped there.
"Contactless data reading." The researcher in front of the surveillance camera muttered. This group of people themselves are engaged in black technology research, and of course they are involved in these magical technologies. They can see the power of this thing at a glance.
A researcher nearby patted the person here on the shoulder and asked: "Do you think that is anti-gravity technology?"
"I don't know, it might be. But the scale is very small. I'm not sure if it's impossible or unnecessary."
The researchers were discussing the black technology of aliens, but the four of us here suddenly twitched after the alien put the data cable into the blue light, and then a large amount of data poured into our brains instantly. And our own brains also start to respond to this data, and massive data feedback begins.
I feel like my adrenaline is racing and my brain is going into overload. This was the first time since I knew I had super mode that my whole brain went into work mode, and it was the first time it was working at full capacity.
"I...fuck...ah..." Ling and Xiaochun had already begun to scream incoherently. Everett was also trembling, and the alien opposite was not much better. Now he has He was held there by his two companions and couldn't even stand on his own.
Poof... Along with a small explosion, the data connector emitted a burst of smoke, and then both of us collapsed on the ground together.
"Holy shit, this feeling... is so fucking exciting!" Xiaochun couldn't help but cursed while lying on the ground.
Yeyue and the others came around to help us with concern and asked, "How's it going? Are you okay?"
Ling smiled and said: "It couldn't be better. Hahahaha, I didn't expect it to be like this! Don't worry, you can reopen the spiritual network. Nuwa, help us access the spiritual network and start synchronizing data."
Nuwa responded quickly, and we immediately entered the spiritual network. At this time, all the members of the Dragon Clan immediately understood why we were so excited.
"It turns out to be dark matter communication!" Nuwa said without warning in the room where the three giants were.
Chief No. 1 immediately asked, "What do you mean by dark matter communication?"
"Those aliens. They have been communicating silently before. Shenlin and the others sensed it but couldn't translate it. Now they finally understand. The sensed communication method is actually dark matter communication."
"Dark matter? Isn't that something that hasn't been proven yet?" the President of the United States asked.
"It's been confirmed now." Nuwa replied crisply: "Those aliens can skillfully use dark matter to communicate, and their energy system is also based on dark matter. The technological level of these guys is really You’ve been dumping us for tens of thousands of years! It’s so exciting!” (To be continued~^~)