As long as this violent energy can be conquered, the energy problem can be completely solved.
However, this kind of tyrannical energy is difficult to tame. Making this energy controllable has become the biggest problem for mankind at present.
As long as the occurrence of charge fusion can be controlled and the ability produced by this physical phenomenon can be output slowly, this ferocious monster can be subdued.
Research on controllable charge fusion has been carried out for a long time, and many methods have been discovered to control charge fusion.
The occurrence of charge fusion outputs a large amount of energy in an instant, and many scientists are studying ways to control the output power.
Years of research have yielded some results, and there are now some ways to control output power.
Although these methods are not very mature yet, at least there is hope for results.
The issue of power output is relatively simple. The real difficulty is what container to use to load the fusion reactor.
The occurrence of charge fusion will produce a very high temperature. This high temperature has exceeded ordinary people's understanding and reached an incredible level.
The sun is actually a constant source of charge fusion, which is why it can provide such a large amount of energy.
If you believe the temperature on the sun, you can know the high temperature produced by charge fusion.
Although the scale of charge fusion created by humans is far smaller than that of the sun, the temperature produced is too high.
All human materials currently cannot withstand this high temperature, and are even far away from this temperature.
Even the strongest materials currently on earth will melt instantly when charge fusion occurs, making controllable charge fusion impossible.
The Adamant alloy produced by the Coal Country some time ago cannot withstand such high temperatures, nor can the gold-titanium alloy produced by Jiang Cheng.
Even humans cannot manufacture containers now, which shows how difficult it is to control charge fusion.
Now the problem of this container has become the biggest problem in the controllable charge fusion project. This problem has trapped countless scientists.
Over the years, the amount of money spent on this topic has reached an astronomical figure.
There are countless outstanding scientists who have spent their entire lives on this project in order to achieve controllable charge fusion.
It's a pity that all this money and energy have been wasted, and now there is still no hope of success.
In recent years, each country has invested tens of billions in this, and the pile of money alone is as big as a small mountain.
However, these investments are not all in vain. At least several solutions have been developed.
One of the solutions that seems to be the most feasible is to use magnetic fields to control the charge fusion reaction. This technology is called "magnetic confinement controllable charge fusion."
The problem with this technology is that the size of the reactor is too large, reaching a range of several kilometers.
Because the magnetic field that can control charge fusion must have very high intensity.
To generate such a strong magnetic field, a very large reactor is required. However, after Jiang Cheng developed room-temperature superconducting materials, the size of this reactor also dropped a lot.
Because superconducting materials can omit the cooling device, it directly saves a lot of space.
However, there is a fatal problem with this solution, that is, the output energy is less than the input energy.
These magnetic fields will consume large halo energy, and the energy consumed is greater than the energy output by charge fusion.
Since then, this kind of reactor has become very useless. A power station that requires a large amount of energy input is very unreliable no matter how you look at it.
Moreover, the energy input is higher than the energy output. Such a loss-making business is simply ridiculous.
It seems that humans are currently unable to master the technology of controllable charge fusion, but this is only if Jiang Cheng is not involved.
Jiang Cheng knows many ways to restrain charge fusion, and these methods are very reliable.
Now it seems that the future energy issues of mankind all depend on Jiang Cheng's performance. Jiang Cheng now carries the hope of the entire mankind on his shoulders.
Of course, Jiang Cheng will not disappoint everyone. He is currently conducting the final experiment.
Jiang Cheng Youruo's complete thoughts on controllable charge fusion are different from those scientists who can't find a direction.
As long as Jiang Cheng's current experiment is completed, controllable charge fusion will become a reality and will no longer be a technology that only exists in fantasy.
Now is the most critical moment. Whether it can succeed or not depends on the results of the experiment.
In a special room in the laboratory, Jiang Cheng was standing in front of the test bench.
There is a huge machine on the test bench, which looks very strange.
The top of the machine is a smooth plane, but there are many uneven squares below.
The whole machine looks very uncoordinated and has no sense of beauty at all.
This machine is the result of Jiang Cheng's time, a machine that can restrain charge fusion.
Jiang Cheng didn't care about the appearance. Anyway, this kind of machine would not be exposed outside. Sooner or later it would be placed in the basement of the laboratory.
As long as it's not something he needs to see every day, Jiang Cheng is still very casual about appearance.
Soon the experiment officially started. Jiang Cheng first said to the little girl in mid-air: "Lucy, help me monitor all the experimental data, temperature, and energy output. These must be monitored in detail. "Okay, Master. !
The little girl was the image projected by Lucy and was responsible for assisting Jiang Cheng in this experiment.
Lucy's image looks very straight, and the naked eye cannot tell whether it is a real or virtual image.
This is the effect caused by holographic projection technology. Now the entire laboratory is covered with nanoscale imaging crystals.
Jiang Cheng can perform holographic projection at will as long as he is within the confines of the laboratory.
In this way, it became more convenient for Jiang Cheng to conduct experiments, and Lucy could help with many things.
All processes of the entire fusion reaction must be carefully recorded. If any abnormal data is found, immediately warn me and be ready to terminate the experiment at any time!
Jiang Cheng calmly looked at the machine in front of him, and then seriously reminded Lucy to carefully monitor the various data of the experiment.
This experiment is no better than the ones he has already done. Charge fusion experiments are very dangerous.
If there are any mistakes, it will cause a devastating disaster. If the experiment is out of control, a small hydrogen bomb will be detonated in the laboratory.
Although Jiang Cheng had taken protective measures in advance, even Jiang Cheng himself was not sure about those measures.
After all, it is a charge fusion experiment. If there is any accident, it will produce huge power in an instant.
This kind of destructive energy is difficult to withstand even if you are fully prepared.
(End of chapter)