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The three reinforcements that Jin San performed on the mice were all basic reinforcements. Pen @ fun @ pavilion wWw. ｂｉｑUｇE。 ｉｎｆｏ

This time it is only strengthened, agility and system, and it is all a strengthening, if according to Jin San's prediction, after this reinforcement is completed, the strength, agility, and system of the guinea pig should all be strengthened to a tenfold degree.

These three basic enhancements cannot exceed the ten-fold limit of physical strengthening, but now, these three data of the guinea pig have all broken through the ten-fold limit and entered the eleven-fold level.

Without a second hundredfold strengthening, now the mouse has broken through the limit on its own, and its strength has been able to grow on its own even if it is no longer strengthened.

Jin San experimented for a while, and used some plants on the mouse again, let it exercise and absorb, and soon, the mouse had reached the limit of its running speed, and there was a trace of growth again.

After the test of the mice's body data, Jin San wanted to see the xing energy of the biological brain he had strengthened, at the very least, to calculate the calculation speed and storage capacity.

But soon, Jin San was dumbfounded, he didn't know how to calculate the storage capacity of the biological brain.

Even if he had the system data inside the biological brain, he would not be able to test its huge amount of data in a short period of time.

A person's brain stores information as much as 10,000 books in a library with 10 million volumes, and the person who is the best at using his brain will only use 10% of his brain's ability in his lifetime.

The main component of the human brain is water, which makes up 80%. Although it only accounts for 2% of the body's weight, and the biological brain strengthened by Jin San, although its size is much smaller than the human brain, it can be used in all. When you think so, it's definitely more than the human brain has to store.

So. That's a pretty big statistic.

Jin San briefly analyzed the advantages of biological intelligence, and he soon found out. The biological brain records more data than the human brain, but the computing speed is faster than that of a computer.

Jin San simply calculated the amount of information stored according to the capacity of the human brain, and found that he may have made a very remarkable thing.

In fact, this kind of data collection is very simple, when you learn 1000 songs, it contains 5GB of information.

After watching a 2-hour movie, the effective image data volume of the human eye is equivalent to an ultra-high-definition image of 576 million pixels, which is 230.4MB. At 24 frames per second, that's 11.0592GB for two hours, which is several times larger than the movie played.

24 hours a day, even if you sleep a lot every day, at least 10 hours are open, which is about 50GB of information per day, which is 18250GB a year.

The average human life expectancy is 70 years, or 1,277. 500GB, of course, this is only 8% of the human brain, and the human brain has a total of 15. 968，750gb。

Memories such as touch, smell, and taste with a sixth sense can't be counted.

Even then, there will never be a single person. How old do you live to find that your brain is full, and you find it from here. The human brain, the stored data. Absolutely unimaginably large.

This kind of computer is definitely very advanced, you know, the biological brain that Jin San made is already smaller than a microcomputer, but its capacity and computing speed are no worse than a supercomputer.

Today's computers are divided into small computers; medium-sized and mainframe computers; Very large computers.

At present, China has 22 supercomputers, 19 in Chinese mainland, 1 in Hong Kong and Hong Kong, and 2 in Taiwan and Bay, ranking second in the world.

The speed of supercomputers can reach more than one trillion (trillion, not million) times per second.

Now Jin San's biological brain, although it is very similar to the human brain, it is not a human brain, it has all the characteristics of a computer, but at the same time, it also has the advantages of a human brain.

The human brain is not fast, it is slower than the earliest computers, which is 5000 times per second.

But the human brain has the ability to be logical, the machine does not. As a result, even the most powerful giant machine today has the IQ of a mouse, and a home computer is less than an earthworm.

Although modern electronic computers are called "computers", their processing methods are fundamentally different from those of the human brain.

Although it greatly exceeds the average level of the human brain in terms of computing speed and computing intensity, the most advanced supercomputers cannot compare with human intelligence in terms of image recognition, natural language understanding, adaptive control, learning, reasoning, decision-making and other intelligence.

Jin San used some simple calculation tools to test the computing speed of this biological brain, and found that the computing speed of this biological brain is definitely not less than trillions of times per second, which can already be called a supercomputer.

With such a powerful computing power, it can be very useful.

Now there are only twenty-two supercomputers in the entire country, and Jin San has made two in one afternoon, and as long as he wants, he can mass-produce such a biological brain.

The physical and mechanical laboratory of Jinlan has recently been making all-out efforts to tackle laser weapons and thermal search radar systems, and has achieved certain results.

Now with this super biological brain, its role is definitely far beyond people's imagination.

Laser is the atom that is composed of matter, there are different numbers of particles (electrons) distributed in different energy levels, and the particles at the high energy level are excited by some kind of photon, and will jump from the high energy level to the low energy level, at this time, it will radiate light of the same quality as the light that excites it, and in a certain state, there can be a phenomenon that a weak light excites a strong light, which is called "light amplification of stimulated radiation", referred to as laser.

A laser weapon is a directed energy weapon that uses a laser beam that is directed to directly damage or disable a target.

Depending on the combat use, laser weapons can be divided into two categories: tactical laser weapons and strategic laser weapons.

The weapon system is mainly composed of lasers and tracking, aiming, and firing devices, and the lasers commonly used at present include chemical lasers, solid-state lasers, CO2 lasers, etc.

And Jin Lan is a laser gun made by using the light archery technique provided by Jin San.

She analyzed the principle of light archery, and after laying out the array diagram that excites light archery, she successfully observed the formation process of the laser.

In this process, it is continuously optimized, and the excitation process is concentrated in a small barrel, so that the excited laser will not be attenuated.

The material used in Jinlan to make laser guns is also special, and this material is also an alloy material, which is a special glass material fused with lanthanum and boron, which has excellent optical quality and hardness, and is most suitable for making laser weapons.

If you simply use the manual cāo longitudinal laser gun, the laser gun can't even play one percent of the xing energy, but if you install a long-range aiming system for him, then its function will be much greater.

Laser weapons have fast attack speed, flexible steering, and accurate strikes, but all of this can only be achieved if you aim at the target, and it is not difficult to do all of this.

Laser weapons have a history of more than 30 years of development, and breakthroughs have been made in their key technologies, with the United States, Russia, France, Israel and other countries successfully conducting various laser target tests.

Laser aiming is the most commonly used now, and all of this is inseparable from the powerful computing power of computers, for example, if you want to intercept missiles flying in the air, radar will definitely be able to detect them before the missile attack comes.

In order to successfully intercept a missile, it is necessary to lock on to the missile and destroy it halfway.

But it's one thing to find a missile, and it's hard to be able to lock on to a missile and successfully destroy it.

And laser weapons interceptor missiles are very advantageous, as long as you can lock on to the missile for a moment, at the speed of the laser, you can accurately hit the target.

In order to lock on to the missile, in addition to radar detection of missiles, it is also necessary to use powerful computing power to lock all possible routes of missiles and attack instantly.

This kind of computer-controlled attack is much more accurate than a human because a computer reacts much faster than a human.

Now in Jin Lan's laboratory, the radar system has been completed, and this is also using biotechnology, Tie Yu'er directly uses the photosensitive gene chain of the bloodthirsty vine to give birth to a special radar.

This is a bit like the process of giving birth to biological brains, and the technology of spawning a part of the plant alone has been perfected in various laboratories.

However, it is simpler to give birth to this kind of photosensitive radar than to give birth to biological brains.

Photosensitive radar, which is just a part of the function of the bloodthirsty vine, involves only a few sets of gene chains, so it is easy to spawn.

Such a photosensitive radar can sense a very small light source, even if it is an ant, it can feel it within a range of 100 meters.

If it is a person, it can feel the light emitted by the human body, even if it is a kilometer away.

Such a light-sensitive technology should be very powerful, but because there is no powerful intelligent brain computing and analysis, this super radar, which Jin Lan calls a heat source detector, does not have much effect.

Although it can detect even the smallest amounts of energy, it does not have a computer powerful enough to record the information it obtains, and all of this is in vain.

In addition, it also needs to consume energy to feel the changes of the external light source, and now only the plant Jinghua can be used as the energy source of the photosensitive radar.

Although the heat detector made by Jin Lan is sensitive, it is only a machine, it can feel the heat emitted by a large amount of materials, but to reflect the heat generated by the picture, the data that needs to be processed is absolutely massive, and the general computer will never be able to handle it.

And now, the ultra-small supercomputer that Jin San has made up for this deficiency just makes up for this shortcoming. (To be continued.) )