After several months of unremitting efforts, the electric eel hybrid breeding pilot project led by Shui Jingxin has shown good signs.

Millions of dollars were spent on various types of electric eels purchased from all over the world, and they were airlifted from thousands of miles away. for future use.

At this moment, Ou Zhou and Jiang Yang had a lot of time after finishing the road supervision of the Demon Capital Manor. So together with Shui Jingxin, he started to work on the hybridization experiment of different varieties of electric eels.

As a result, the research institute of SUSTech has become an experimental field for electric eel breeding.

In terms of species, although the scale of this farm is not large, it is also the world's most complete electric eel breeding experimental farm.

Two young doctors from the School of Life Sciences started an electric eel breeding experiment, and the news spread like wings in SUSTech.

As a result, many male and female students from the School of Life Sciences of SUSTech came to visit, and some curious people from other colleges also came to observe and learn.

The purpose of their coming was to be more curious than to learn, and more to see if Ou Zhou and Jiang Yang were three-headed and six-armed, and how they looked different from everyone else.

Why are the two brothers so young that they can do so many earth-shattering feats?

It stands to reason that Ou Zhou and Jiang Yang should have given them a few classes since they took up the post of professors at SUSTech for several months.

But they would rather stay in the electric eel breeding laboratory, spend their days in the company of the sinister and arrogant electric eel, rather than give a lecture to the curious students.

The first batch of airlifted electric eels is to polyculture with other species of heterosexual electric eels according to sex and classification.

Through this initiative, the products of the crosses were observed and tested, and the taste of the hybrids was tested, and some leftovers from the cafeteria were fed to them.

Second, test whether the discharge ability of this hybrid can exceed that of the paternal and maternal lines.

This work is both fun and frustrating, exciting and fraught with risks.

In many cases, the insidious electric eels will inflict dimensional reduction blows on these experimenters, so that they can understand the power of high-voltage electricity, so that they understand that they are not easy to mess with.

Even though they were all wearing protective suits that could withstand thousands of volts, they had to be in awe of these insidious and vicious guys with super attack power.

Electric eels have a slower growth cycle than many fish, so be patient.

For several months, Shayar and Bedar have also found a solution to the problem of supercharging the electric energy release storage of electric eels.

According to the habits of electric eels, the two scientists first tried to use the conductivity of turbid water to test the conductor with a fiberglass water tank lined with copper.

However, although the electric energy released by the electric eel is as high as six or seven hundred volts, the amount of electricity transmitted to the inner lining of the water tank through the turbid water is not even 30%.

Later, they added the right amount of sodium and potassium ions to the tank to increase the conductivity of the water.

The reason why electric eels like to stay in turbid rivers is that they rely on the abundant sodium and potassium ions in the water to conduct electricity to achieve the predation effect.

It can attack up to three meters away, and can instantly stun the notoriously large crocodiles with its ferocity.

The results of this experiment by the two scientists are very remarkable. The copper lining of the water tank can receive 70% of the electricity.

Seventy percent, measured by a two-meter-long electric eel, instantly emits 700 volts, which is equivalent to a level of 500 volts.

Theoretically, the instantaneous 500 volts of electric energy collected by the copper lining are stored in a lithium-ion battery with a voltage of 1,000 volts through a high-efficiency supercharger, and the output voltage can reach more than 2,000 volts after secondary supercharging.

However, since the output of a single electric eel is only instantaneous, and the maximum time is only three seconds, the voltage sequel in the battery is actually very small.

However, if two or more electric eels release electricity in cycles, the amount of power in the battery will increase geometrically.

In detail, raising one electric eel is also raising, and two are also raising, and the increase in the volume of the water tank used by the bioelectric generator is not obvious.

Later, Sha Yaer suggested that the water tank of the electric eel bioelectric generator should be made into an ornamental fish tank.

In this way, it is not only an electric eel bioelectric energy generator, but also an ornamental fish tank, which integrates appreciation and use. It is both beautiful and practical in the living room.

The preliminary design of the two bioelectric energy scientists was thus formed.

However, in view of the fact that the copper lining will oxidize and rust after being in water for a long time, it will affect the conductive effect.

The two bioelectric energy scientists also considered replacing the copper lining with a refined aluminum lining with good conductivity, which oxidizes more slowly and is not easy to rust, and the cost is much lower than that of the copper lining.

What further needs to be optimized is how to increase the electrical energy to turn the voltage released by the electric eel into five or even ten times the output power after passing through the high-efficiency cyclic supercharger.

It is not easy to use many stages with a booster, because that is itself a consumable of electrical energy. The more stages passed, the more power is attenuated, instead of being enhanced.

The two bioelectric scientists knew that the only way to redesign or find a supercharger with superior performance would reduce losses and increase the strength of the voltage output.

Two bioelectric energy scientists, Shayar and Bedar, explored research during the day and consulted various materials at night. Their attitude of forgetting to sleep and eat led them to design a high-performance power booster in the following two months.

That inspiration actually came from electric eels.

Now, after repeated experiments, according to a one-to-one ratio, the bionic structure of the electric eel power generation system is replicated by using special fibers, using sodium and potassium ions as the medium, just like combing hair with a comb, which can not only generate self-generated physical current, but also increase the input voltage tenfold and release it.

The scientific research results of electric eel bioelectric energy generator started from the project research and took half a year to complete.

At this time, the electric eel hybridization experiment led by water meditation and assistants by two doctors also reached the harvest season.

Half a year is enough time to breed a variety of hybrid electric eels. The so-called hard work pays off, and there is really a kind of electric eel that is not picky eaters, it also eats live fish and shrimp for it, and is not picky about leftovers for it.

However, because the eyes of the electric eel are similar to ornaments, it hunts completely by touch, and when the live fish and shrimp swim to a certain distance from the side, it releases electrical energy to stun it with its senses, but because the leftovers are not energetic, the electric eel will not release electric energy.

If you want to solve this problem, you have to make the leftovers move like small fish and shrimp, and not pollute the water source. Because that would destroy the living environment of the electric eel.

But a solution to this problem was quickly found by using a special cooking machine to make fish food and put it into the fish tank.

But in this way, the lazy electric eel can be full without discharging.

So design and install a tease fish in the fish tank, every two hours, tease the electric eel, and the electric eel will discharge to deal with the tease fish. So as to achieve the number of discharges and the effect.

This scientific research achievement has taken six months, but it is far from meeting the requirements of factory promotion.

Because it will take at least half a year to breed this electric eel, which is not a picky eater, in large quantities.

However, to breed and breed this kind of electric eel that is not picky eaters in large quantities, it is necessary to have a supporting large-scale breeding base. If the bioelectric generator lacks electric eels, it will become an ornament.

This problem is not difficult to solve, located in the southern metropolis, surrounded by many aquaculture farmers, providing them with fish fry and signing a price purchase contract with them, this problem is quickly solved.

Next, it is necessary to find a manufacturer to produce household electric eel bioelectric energy generators.

The focus of this work is on the question of whether to entrust production to a manufacturer or merge and acquire a company's own production.

After careful research and comparison between Ou Yiran and Yun Lei, it was decided to merge and acquire a company in the region to produce household electric eel bioelectric generators.

With a large special zone economy, good location advantages, and all kinds of enterprises like stars, it is not difficult to find such a company.

But after Ou Yiran discussed with Yun Lei, he changed his previous approach and did not go to the trouble to personally inspect the company.

Instead, through the display of scientific and technological achievements, the huge effect of the media is used to attract companies with the corresponding scale of producing civil generators to take the initiative to talk about cooperation.

The results exhibition was carried out in the SUSTech Achievement Exhibition Center, and major media in the region were invited to come for interviews.

Shayar and Bedar, as well as Shui Jingxin, who are at the heart of this scientific research, are in front of the reporters' video recorders to operate and demonstrate the household electric eel bioelectric generator.

First of all, the leftovers from the cafeteria are turned into fish food through a special cooking machine, and they are put into two electric eel water tanks that are ornamental.

Electric eels, with their sense of touch, devour fish food in large gulps.

After that, the tease fish installed in the tank swims gently in the tank, and the electric eel immediately discharges to attack the tease fish.

The fish will not be stunned and will continue to swim, so the two electric eels will continue to release electrical energy to attack.

The water tank is rich in sodium and potassium ions, and conducts the bioelectric energy released by the electric eel to the refined aluminum lining of the water tank, and the inner lining collects the electric energy, and continuously enters the lithium-ion battery through a bionic high-efficiency electric energy booster device, and the battery's fuel gauge shows that the charged electric energy is rising.

Half an hour later, the electricity has reached three kilowatt hours, which can already meet the normal electricity demand of an ordinary family.

An hour later, the power reached five kilowatt hours. At this moment, even the household high-power air conditioner can also be started.

The demonstration of the results of the household electric eel bioelectric energy generator has caused a huge sensation through media reports.

The next day, many manufacturers came to them, some of them bought patents, and some of them produced as agents.

This is exactly the effect that Ou Yiran and Yun Lei wanted. They sent a cooperation document to each enterprise that wanted to cooperate, and used bidding to select the best of the best, and wanted to merge and control a company so that it could be put into production on its own.

The so-called Jiang Taigong fishing, the willing person takes the bait. If you are interested and willing to accept the conditions, you will participate in the bidding. If you don't want to, don't waste time with each other.

Within a week, a local manufacturer specializing in small generators was selected.

Ou Yiran and Yun Lei are the major shareholders of this company with a holding ratio of 60%. The operation and production are carried out normally by the original team.

In terms of the overall management structure, there is Kefeier's implementation.

Such a stroke of genius has made the capital market have full expectations, and the unlisted high-quality assets under the name of a major shareholder often have the expectation of being injected into the listed company.

Therefore, with the help of this spring breeze, the share price of Rongda Medical Company made persistent efforts to break through the price of 200 yuan in one fell swoop before the Spring Festival.

At this moment, the third-generation intelligent and enterprising artificial intelligence heart plant of Rongda Medical Company has been completed, and the production equipment is being installed in full swing.

The work arrangements after the Spring Festival are already complicated.

First, the equipment installation and commissioning work of Rongda Medical Company has been gradually carried out.

Second, the household electric eel bioelectric generator has been officially put into production. The demand has been far greater than expected, and the company's orders have been lined up for a year.

Third, Sha Yaer and Bedar took water to calm down and invested in the deepening research project of the third generation of intelligent and enterprising artificial intelligence cardiac bioelectric automatic charging, so as to support the upcoming project to be put into production.

Fourth, the second-generation Soul Artificial Intelligence Heart 500,000 production line of Bay Island Jiahe Medical Company has been put into full capacity and has been put into production. In order to complete the orders that have been accumulated for more than a year.

Fifth, the R&D team of the injections tested the longevity and longevity effects of the injections, and also achieved preliminary results.

In the sixth aspect, the third-generation intelligent and enterprising artificial intelligence heart chip industry developed by Island Pole has also been completed. Ou Zhou and Jiang Yang need to go to the acceptance.

After arranging all the work of the Special Economic Zone, Ou Zhou and Jiang Yang took a flight to Bay Island. The first stop is to go to the pole of the island for acceptance work.

Only after passing the chip acceptance can it be possible to carry out mass production.

However, there is a problem at hand, because Sha Yaer and Bedar have put most of their energy into the research and development of household electric eel bioelectric energy generators, which has delayed the in-depth research of the third generation of intelligent and enterprising artificial intelligence automatic heart charging.

If this research work does not bear fruit, it will have to continue to use the supporting battery of the second-generation soul artificial intelligence heart.

But that clearly did not meet the technical requirements of the third generation. However, fortunately, the production line of Rongda Medical Company is only in the installation and commissioning stage. Therefore, the in-depth research and development of batteries does not need to be rushed.