Scholar’s Advanced Technological System

Eventually, the Ark paid for it.

As for the reasons, it is not how much Professor Razelson can really earn, it is just a friend's position to help him.

Not to mention the fact that the HE-3 atomic probe technology has his heart and soul in it, and he also wants to see it expand in the field of plasma physics.

As for the specific financing scheme and the related agreement, the Ark was thrown to White Sheldan, Sky Technology's manager, to put the expert in charge of the follow-up.

Anyway, investing millions of dollars is really not a big deal for him...

The more electric cars or hybrid cars you have on the street, the more money you will have on Star Sky Technologies.

It was indeed a wise decision to authorize Yumeiko to develop the patent, and in addition to paying the lump sum proceeds to the Ark, according to the last market assessment by White Sheldon based on the lithium battery market, Yumeiko could bring him at least $90 million in patent dividends this year.

So far, he hasn't figured out how to spend this money...

After the intention to cooperate had been achieved and having thanked the Ark again, Professor Razelson solemnly shook his hand and said goodbye.

“Goodbye, my friend, it has always been a pleasure to work with you, both past and present. You've done a lot of work on the HE-3 atomic probe technology, and we're all convinced it's a great technology. Perhaps you don't care how many people understand what it means, but I will match its influence with its greatness. ”

Ark: “Goodbye… If you go bankrupt one day, come to me, although I'm afraid I can't get you back to PPPL to continue as a project manager, at least I can provide you with a place where you can continue your experiments. ”

“Oh, my friend, do you have such a farewell?” With his fist out, he touched the shoulder of the canoe, and Professor Razelson laughed, walking two steps back to the office door, "Don't worry, there will never be a day. So... take care! ”

So Professor Razelson left.

He had greeted the PPPL Institute well in advance of his departure, and the “He-3” project team would not be dissolved because of his departure, as usual.

As for the new head, Professor Razelson's assistant, LaVerne Boucher, served.

Although only 30 years old, the Ph.D., who graduated from Massachusetts Polytechnic University, has demonstrated talent well enough in engineering and plasma physics.

But now that the new engineer and researcher is visiting the German Maple Society for plasma physics research, he is not back yet, and the ship will have to wait a while to meet him.

Speaking of which, there's actually a little insert.

In fact, initially the PPPL Laboratory Director, Terry Brogue, proposed to the Ark that he be directly responsible for the project himself.

It has to be said that this is a very tempting proposal.

PPPL laboratories are prestigious in the field of international plasma physics. Without wishing to say this, the Ark was not sure that it would be able to turn the HE-3 atomic probe technology into a reality in such a short period of time.

It is precisely here, with countless intelligent minds, that he and Professor Lazerson are able to achieve miraculous success. If he could be the project manager here, he would be able to leverage more resources and possibilities than he would have imagined.

The Ark carefully pondered Professor Brogue's proposal for a long time, but eventually euphemistically rejected it.

Although the PPPL Laboratory is a laboratory under Princeton University, many of its projects have the background of the United States Department of Energy and are doomed to be unlikely to be as “safe” as other institutes in Princeton.

The direct involvement of a foreign scholar inevitably leads to unnecessary misunderstandings and troubles.

Whatever the purpose of Director Brogue's invitation, the Ark felt it needed a less powerful intermediary to cushion itself, at least nominally as an advisor to the project team, rather than as the direct head of the project, in order to avoid touching some sensitive nerves.

Though it may be my own concern, the Ark has always been very attentive to this…

……

A week has passed since Professor Razelson left office.

John Norman Center for Excellence.

In the computer's control room, a group of staff in white anti-static uniforms are busy in front of the computer.

Looking at the ark next to him without a word, Professor Green asked casually, "I don't know if it's my illusion. How do I feel that you're not feeling very high? ”

The ark looked a little grumpy and sighed, "Just a week ago, a friend of mine left. ”

Professor Green was silent for a while and sighed.

“Sorry.”

The ark coughed softly: "Don't be sorry… I didn't mean 'gone', I just left. ”

Professor Green: "…”

What about an egg?

I wasted my expression...

At that time, a staff member in a white coat came this way and briefed Professor Green.

“The overrun is in good condition and we are ready to start the experiment. ”

Converging the divine colour on his face, Green looked at the ark next to him: "Are you ready? ”

Taking a deep breath, the ark cheered up: “I'm ready. ”

Green nodded and looked at the staff member.

“… let's get started. ”

As commands were issued, computers began to run.

John Norman, who performs like a furnace, swallows that complex mathematical model.

In a virtual world woven by 0 and 1, the circular orbit inside the mimetic is simulated to calculate tens and even hundreds of billions of plasma microfluxes.

Staring at the constantly moving data on the screen, Professor Green said with a serious expression.

“With all due respect, this mathematical model you built is too complicated! Even if we succeed, this model will be difficult to apply to the control computers of the mimetics. Simply simulating is so difficult, let alone interfering with it by entering ‘variables’ into the system. Unless...”

The ark looked at him and said, "Unless? ”

“Unless it's a quantum computer that can quickly handle discrete logarithmic operations,” Professor Green said in a joking tone, "theoretically, the kind of effect you're after is not the kind of work that large-scale parallel computing can handle. Only a quantum computer is also selected to efficiently handle the rapid transformation of each overlay component. ”

But the quantum computer...

To be honest, so far, it's just blowing the concept.

Even state-of-the-art quantum computers can achieve only more operational performance than early classical computers.

What are the concepts of early classical computers?

There may be relevant pictures in the information technology textbooks of junior high and middle schools, the guy whose diode is as thick as a small arm and as big as a small house. So far, I don't even need a computer, I'm afraid I can blow it up if I bring Xiaomi over.

Well, this guy's name is ENIAC.

At least half a century away from mature quantum computer technology, I'm afraid. Beyond traditional supercomputer technology, which is still rapidly advancing, it can only be seen in science fiction novels.

So Professor Green said that in a joke.

The ark did not speak, but nodded thoughtfully.

“I get it. ”