At present, controllable nuclear fusion devices are mainly concentrated in two directions. One is the tokamak device, which uses superconducting strong magnetism to confine the plasma beam, and the other is the use of inertial confinement - such as laser inertial confinement.
Of course, there is actually a third way of constraint, which is gravitational field constraint - such as the nuclear fusion of the sun.
No matter how crude the model drawn by Professor Huo Laien was, those present could still tell immediately that it was a ring-shaped device similar to a tokamak.
And the idea is very clear, which is to increase the density of the calculated quantum confinement well, then increase the power, and finally achieve miracles with great force.
"The current magnetic intensity that can be stably used on tokamak is about 20 Tesla." Professor Huo Laien looked at the front row and smiled: "Boolean, it seems that it was developed by MIT?"
Professor Bull from MIT had a serious expression: "It's not very clear, but it should be designed through cooperation."
"Well, this is probably the most stable strong magnet currently used by humans - but during calculations we found that the confinement trap is due to the field superposition effect - yes, the generated space field also follows the field strength superposition principle."
"In calculations, the equivalent field strength it can achieve can easily reach 50 Tesla or even higher."
Professor Huo Laien simply wrote a conversion formula with a pen.
"And more importantly, it may be able to achieve force field confinement at room temperature - which means that controllable fusion may achieve a Q value greater than 1 for the first time."
Following Professor Huo Laien's voice, the audience fell into silence.
The Q value refers to the ratio of the energy produced by fusion to the energy consumed to initiate fusion.
If this value is greater than 0, it means that energy has been produced, which means that the fusion reaction is successful.
But if the Q value is greater than 0 and less than 1, it means that the energy generated is not enough for the energy invested.
For example, in order to achieve controllable nuclear fusion, you consume 1000kwh of electricity, and the electricity generated is only 1kwh. Then the Q value is only 0.001. If you use it to generate electricity, your mother will not recognize it.
In fact, to complete commercial operation, the Q value of the controllable nuclear fusion device must be greater than 5 to be meaningful.
However……
While everyone was thoughtful, they also looked at him in astonishment.
Isn’t today a quantum summit discussing the future of quantum computers? Why did it suddenly shift to controllable nuclear fusion?
Everyone here is working on quantum computers, so why do you want to talk about the theory of controllable nuclear fusion?
Finally, an engineer from Google raised his hand timidly.
"Professor, what about quantum computers?"
"That's your business. I'm only responsible for telling you what Ye's equation can calculate." Professor Huo Laien put down his pen and was about to leave the stage when he suddenly turned around and turned back.
"I forgot to mention that this equation may be one of the basic equations under the grand unified theory. We should not just look at its application in a certain field."
“When God opens a window, don’t expect Him to open another door.”
Professor Huo Laien said and walked towards the audience.
At this moment, a voice suddenly sounded from the corner.
"Professor, where are the materials?"
…
…
Provincial Brain Computer Center.
Ye Ming pushed open the office, then looked back and closed the door after confirming that no one was there.
It's not that he has a guilty conscience or anything, but that Sister He Mo has been following him around these days, making it a bit "difficult for him to perform".
After turning on the computer and making himself a cup of coffee, he crossed his legs and leaned back on the chair happily, taking the sensor with him.
Soon, a cartoon girl popped up on the secondary monitor.
"Yinta, good morning."
"Good morning."
"Take over Etta."
"Takeover in progress...Takeover completed, attack report received."
Ye Ming, who was enjoying the treatment of the Grand Master, was so excited when he heard this that he almost spilled his coffee: "What attack?"
"Illegal network intrusion."
"Holy crap!" Ye Ming was stunned: "So fast?"
As a company that wants to launch online commercial services, Alta's server must have a firewall and increase the bandwidth. At the same time, it is said that NVIDIA is also actively coordinating to allow Alta to complete the upgrade.
After all, NVIDIA's stock price has really not looked good in the past two years.
Ye Ming didn't expect that there was an attack just after the test?
"But it was blocked by Xiao Ai."
The Xiao Ai in Yin Ta's mouth refers to Aita.
"Well, can you trace the source?"
"Wait a minute, Xiao Ai was a little stupid and didn't take the initiative to pursue Shuo - OK, here are the following IPs."
Looking at the rows of IP segments on the monitor, Ye Ming knew that this should be Aita's release that "poke a hole in the hacker's nest." No matter who was a white hat or a black hat, they all wanted to have a look.
It's a pity that Aita is not an ordinary AI, let alone that Yinta will come online every day.
After picking up the coffee again, Ye Ming relaxed again and said with a smile: "How about you design a trap. Next time you encounter someone who invades illegally, you will be pulled directly into the trap."
"What trap to set?"
"How do I know? Just because you like it."
"good!"
After taking a sip of coffee, Ye Ming ignored Yin Ta and opened the document on the main monitor. In order to take care of Yin Ta's desire to perform when she went online, he specially set up a monitor to provide her with a stage.
This document is for him to prepare a report a week later.
In the report, he combined the previous paper on Ye's equation that he published and basically went through the derivation process of the equation in one sentence, but focused on the application and reasoning of the equation.
According to news from the domestic academic circle, several well-known domestic universities have begun to try to deconstruct and extend the equations from multiple angles, and it seems that P University has also developed a quantum well - as early as a few months ago, P University freshman
The physics guy came to have a chat.
As for abroad...
He did receive a lot of emails from foreign scholars, some of whom had very high backgrounds, such as Mr. Huo Laien, a tenured professor at Princeton University, who won the Fields Medal at the age of 34 in partial differential calculus.
Not to mention that he is very good in the fields of equations and metric geometry, there are currently very few mathematicians who have "crossed over" into the field of theoretical physics.
What is a pity is that although each of these well-known scholars has sent invitations to him, he has never received a formal invitation based on academic groups.
This can only be said...the separation between the two academic circles is getting stronger and stronger.
And since it needs to be cut...
Ye Ming frowned and considered whether to delete the part in the report about equations that can be used to replace strong magnetic constraints...
But soon, he gave up this idea.
Because he believed that he had published the equations and joined Academician Pan's team. With a little effort, he could know that Academician Pan's quantum confinement well used equations to solve, and then he could deduce the design of the confinement well.
The more courage you have, the more naturally you will consider working hard to achieve miracles.
Rather than hiding it, it is better to openly let the technology go into this field, and then naturally launch Ye Dy, and finally win the big topic of controllable nuclear fusion.
Yeah, perfect.
At this time, there was a knock on the door and his cell phone rang at the same time.
When Ye Ming answered the phone, Yin Ta disappeared with a whoosh.