Chapter 397: Construction of "Dongri No. 2" starts!
With Xu You's current brain power, he can only barely control the CPU of some ordinary computers .
If the amount of calculation is too large, Xu You's brain may be in danger of overload.
Not to mention quantum computers, even a supercomputer would not be able to be powered by Xu You’s brain.
Fortunately, if we only need to deal with operations such as the superposition of two magnetic fields, the computing power of ordinary computers is sufficient.
Relying on his solid foundation in informatics, Xu You developed a corresponding software based on the brain waves released during brain simulation .
It allows Xu You to connect to the computer in real time while in a state of brain simulation, and use the computer to help Xu You perform some huge calculations.
This amount of calculation is extremely difficult for Xu You's brain to handle.
But for computers, which are good at calculations, it is a very simple calculation.
Computers are indeed much stronger than humans in computing power.
Even a calculator that costs only a few dozen dollars can perform calculations faster than the most powerful human brain.
With the emergence of these technologies, Xu You finally has hope of completing the magnetic field calculation problem of the "Dongri" controlled nuclear fusion device.
Xu You returned to his room with his computer and brain-computer interface.
After adjusting his condition to the best, Xu You began to make preparations before the simulation.
Xu You first attached the data cable of the brain-computer interface to his scalp.
The corresponding software was opened, and now the software was able to receive Xu You's weak brain signals.
"Turn on the brain simulation state!"
As Xu You silently recited in his heart, a mysterious space with infinite volume appeared in his mind.
Xu You concentrated his attention and constructed every detail of the "Dongri" controlled nuclear fusion device in his mind.
Unconsciously, the entire device had been completely copied in Xu You's brain.
Through simulation, Xu You saw the magnetic field generated by the plasma in the device under high temperature.
Because these plasmas are constantly moving, the magnetic field they generate is not a fixed magnetic field, but is constantly changing.
This makes the calculation of magnetic field superposition very complicated.
Without the help of a computer, it would take Xu You a long time to calculate the superimposed magnetic fields each time.
It is difficult to get the desired results.
But with the brain-computer interface, Xu You can interact with the computer at any time.
This makes Xu You's computing efficiency extremely efficient.
"Well... I finally got a set of positive superposition data!"
Because the calculation of the magnetic field is a vector calculation, the result after superposition may be smaller than the original magnetic field.
What's more, the internal magnetic field is a dynamic magnetic field.
It is not an easy task to keep the original magnetic field in a strengthened state.
This positive result means that the idea of superimposing internal and external magnetic fields is feasible.
In the next few days, Xu You used the same method to repeatedly calculate a large amount of data.
By optimizing the internal structure of the device, Xu You found an optimal way to superimpose magnetic fields.
The enhanced "Dongri" device can have far stronger magnetic confinement capabilities than before.
Through detailed simulations, the enhanced "Dongri" device can not only achieve longer continuous discharge, but also have stronger discharge power.
Once the new device is built, achieving truly commercial controlled nuclear fusion will probably no longer be a dream.
"Room-temperature superconductivity, controlled nuclear fusion, quantum computers... the times are really changing!"
Xu You couldn't help but feel excited when he thought that these technologies that once only existed in fantasy have gradually become a reality.
A new generation of technological revolution may have arrived quietly.
When humans master room-temperature superconductivity or controlled nuclear fusion technology, energy crises will no longer exist.
Xu You didn’t know whether the world would become peaceful after solving the energy problem, or whether some new crisis would arise.
But no matter what, the advancement of science and technology is an inevitable process for the development of civilization.
In order to make his design of the new generation of "Dongri" devices more convincing.
Xu You carefully organized this result and discarded the processes such as "brain simulation" and "brain-computer interface".
Otherwise, those experts might have the idea of slicing Xu You's brain to examine his brain structure.
After gathering the project team members together, Xu You introduced his new design structure.
"Compared with the previous generation of 'Dongri' controlled nuclear fusion device, 'Dongri No. 2' will adopt a dual magnetic confinement structure of internal and external magnetic fields. The magnetic field of the internal plasma is superimposed with the magnetic field of the external large magnet to form a stronger magnetic field, which can provide stronger magnetic confinement for the plasma."
Xu You displayed his design drawings on the big screen and explained in detail the complex magnetic field superposition calculations involved.
"Through this design, the superimposed magnetic field can be much larger than the original magnetic field generated by the plasma inside the device at all times. The volume of the entire device will be much larger than the previous generation of 'Dongri'. But the advantage of the new solution is that it can greatly increase the discharge power of the fusion device while ensuring the discharge stability, thus increasing the possibility of commercialization."
Xu You's design plan was very detailed and took almost every detail into consideration.
Xu You also gave satisfactory answers to various questions raised by everyone.
After everyone expressed unanimous agreement on Xu You's new plan, the plan was formally submitted.
After careful internal discussion, the new plan was successfully approved and entered the construction phase.
At the beginning of the construction of the "Dongri" device, a location for the "Dongri No. 2" had been reserved not far from the "Dongri".
It can ensure that the magnetic fields between the two devices do not interfere with each other and each completes its own operation.
After the construction of "Dongri No. 2" was put into place, Xu You has seen the hope of truly realizing controlled nuclear fusion.
…
The short-term success will not affect Xu You's progress on the road of scientific research.
Several projects in charge of Xu You, including room-temperature superconductivity, island artificial intelligence, and the "Dongri" controlled nuclear fusion device, are still in intensive progress.
On this day, Xu You received good news.
The impact factors of Jida's core journals have been updated.
Because Xu You published a large number of high-quality papers in Ji University’s core journals last year.
It has been cited by many scholars.
This brings the latest impact factor of Jida's core journals to an astonishing 310.268.
This was achieved despite the fact that the journal’s impact factor lagged far behind in the previous year.
