Chapter 436 This issue must also be taken seriously
In addition to experimental construction, planning for comprehensive superconducting cable construction must also begin.
If nothing unexpected happens, the planning of superconducting cable lines will be calculated by quantum computers.
With its powerful computing power, Suanjing can integrate multiple complex factors to complete the optimal solution design.
When it comes to the same problem, humans simply cannot match the processing capabilities of quantum computers.
Finally, there is the issue of confidentiality and supervision of the project.
Previously, in the kilometer-level superconducting cable construction in Jijing, due to insufficient confidentiality and lax supervision, information was leaked and outsiders were almost allowed to sneak into the project.
Compared with the last time, this project is more important, and the confidentiality and supervision work must be done with the strictest efforts.
After receiving the above reply, Xu You started to carry out the next work.
Let the algorithm plan the route of the superconducting cable.
This is the type of task that Suanjing is good at. It doesn’t even need to use the wireless brain-computer function. Suanjing can solve these problems just by using programming and algorithms.
With the previous foundation, this work went smoothly.
After obtaining detailed data, Suanjing quickly made the best plan.
"Huh~ I finally finished the main work."
Xu You has done his best. The next step is to wait for the mass production of 258K superconducting material strips and the start of the construction of superconducting cables.
At this time, Xu You finally had time to summarize all the previous affairs.
In the process of studying the preparation plan of 258K superconducting materials, Xu You successfully used multiple special states at the same time for the first time.
This made Xu You realize that 16 points of energy per day was not actually enough.
Even if the vitality value exceeds 24 points, it can still be used up within a day.
Xu You also gradually became familiar with the "wireless brain-computer" technology.
According to Xu You’s current brain power , the maximum distance for using a wireless brain-computer is about ten meters.
Once beyond this range, Xu You will not be able to establish a connection channel with the computer.
This means that this skill has great limitations.
If you want to take advantage of the computing power of the Suanjing, you must stay very close to it.
Xu You also tried, but he was unable to connect to the Suanjing through the cloud platform.
"Perhaps, when my brain power is strong enough, I can connect with the arithmetic from a farther distance." Xu You thought.
Xu You didn't know what the limit of human brain power was according to the system's statistical method.
But my current brain power value of 300 points obviously still has a lot of room for improvement.
"Wait a minute... So maybe my system is actually an artificial intelligence?"
Xu You had previously speculated that this system could absorb energy in some way and use it to strengthen his brain.
Because its capabilities are so advanced, Xu You's current level of knowledge is unable to explain how it works well.
"If the system is an artificial intelligence... then where is its hardware?"
Like the previous island artificial intelligence, it does not work by relying on a single program, but needs to rely on the island quantum computer as the core of calculation.
Similarly, mathematical arithmetic is inseparable from the device called quantum computer.
But this system doesn't even take up any space, so naturally there won't be any similar hardware devices.
In addition, why the system chose him is something Xu You has never figured out.
"Forget it, let's not think about it for now."
Perhaps the answers to these questions will be revealed someday in the future.
…
After completing the line planning of the superconducting cable, Xu You participated in an internal meeting under the escort of bodyguards.
This was the first time that Xu You had face-to-face communication with several other "scientific research decision makers".
"After rigorous testing, this new type of high-temperature superconducting material has a superconducting critical temperature of 258.26K, which is a high-temperature superconducting material with an extremely high superconducting critical temperature. It is not an exaggeration to call it a 'room-temperature superconductor'. At its superconducting critical temperature, its critical current is as high as 480-500A, and its critical tensile strength reaches 800MPa."
From any perspective, this is a superconducting material with great application value.
"Teacher Xu, is there any room for improvement in this material in all aspects?"
"Yes. Theoretically, there is still room for improvement in the critical current density, preparation process, refrigeration technology, etc. of superconducting tapes. We will analyze these issues in detail after the first superconducting cable is built."
For a purely applied project like this, there will definitely be some discrepancies between theory and practice, after all, the factors in reality are so diverse.
In addition to superconducting cables, 258K superconducting materials will also be used in many fields such as superstrong magnets, superconducting motors, and superconducting current leads.
After discussing the issue of 258K superconducting materials, Xu You immediately proposed a new topic.
"The popularization of superconducting cables can greatly reduce the loss in the power transmission process, and we will basically no longer encounter the problem of power shortage in the future. But in addition to superconducting cables, we have another problem that needs to be solved urgently."
After hearing what Xu You said, everyone focused their attention on Xu You.
"This problem is about energy storage. It will take time to lay superconducting cables. If we encounter a similar power shortage during this period, it will be very difficult. Even if superconducting cables are already popular, energy storage is still a project that must be taken seriously ."
If an energy crisis occurs in one region, it can rely on energy from other regions for assistance.
But if we encounter a bigger crisis, the energy storage system will play an important role.
"Power generation methods such as wind power, hydropower, and photovoltaics often have excess or insufficient power generation due to their high volatility. At this time, if there is a powerful energy storage system, the excess electricity can be stored and then output when power generation is insufficient."
Everyone expressed their support for Xu You's suggestion.
This is a project that is very much in line with the development trend of science and technology, and is also a key research project of several technologically advanced countries.
But so far, no country's energy storage system has truly developed to a mature level.
"Teacher Xu, do you have any specific plans at the moment?"
Since Xu You raised this question, he was naturally not unprepared.
"I can't say I have a specific plan yet, but I have actually done research on the relevant technologies."
