Chapter 733: We can succeed without his technology!

Testing Center.

Yang Fangxu learned about the technical details from Xu Qingzhou in detail, and at the same time, Wang Wei re-tested the quantum sensing magnetic field monitoring system.

Next, it was to discuss the issue of technical patent authorization.

In the aerospace field, there are two uses: one is deep space navigation and celestial exploration, which can achieve precise positioning without navigation through the planetary magnetic field "fingerprint map."

Second, it is spacecraft plasma protection, which can monitor the plasma sheath layer in the black barrier area when the return capsule enters the atmosphere, perhaps solving the problem of communication interruption in the return capsule's black barrier.

The first patent fee for the monitoring system patent package was settled at 60 million.

This is quite cheap.

You know, for Xu Qingzhou to get this thing out, the cost was about 220 million, and that was in US dollars.

After preliminary practice, they now make a set of quantum sensing magnetic field monitoring systems suitable for negative triangular plasma spherical tokamaks, and the cost should be controlled within 30 million.

On January 16, Yang Fangxu and the others completed technical exchanges and officially finished their four-day visit.

As the news of the quantum sensing magnetic field monitoring system spread, many institutions in the country began to stir.

The uses of this thing are quite extensive.

Not to mention the tokamak field, it can monitor Tesla-level strong magnetic fields, and in military terms, electromagnetic stealth and anti-submarine warfare, monitoring submarine degaussing residual magnetic fields.

There is also a clear possibility in the medical field; human biological magnetic fields, such as heart magnetism and brain magnetism, have intensities in the 1pT-100fT (10^-10T) range. At the sub-Tesla level, theoretically, it can precisely capture weak magnetic signals at the cell and neuron level.

Academician Yang Fangxu had just left, and the research institute subsequently received visit applications from institutions and colleges such as the Luzhou Deep Space Exploration Laboratory and the National University of Defense Technology.

Luzhou Science Island.

"Sub-Tesla level... This kid hasn't made controllable nuclear fusion, but these supporting things have produced quite a few good things."

Li Gang's expression was strange. Up to now, the Kyoto Materials Research Institute hasn't leaked any project progress information.

The more this is the case, the more he has a sense of crisis.

"Academician Yang Fangxu of the Aerospace 11th Academy only left yesterday, and they have reached many cooperation agreements. It seems the performance of this quantum sensing magnetic field monitoring system is not bad."

Professor Xiao Chenghan said in a deep voice.

Li Gang pondered for a moment and said helplessly, "Old Xiao, you go and take a look too, study whether this technology has any effect on our device."

"Alright, I'm actually quite curious." Xiao Chenghan was a bit tongue-tied.

At the same time, as another giant of Xia Nation's controllable nuclear fusion, the Southwest Institute of Nuclear Physics of course also received relevant news.

Shao Yilin was heading to the conference room with his Zhang Zhi Gao, and he wanted to probe his teacher's tone first: "Professor, the Materials Research Institute seems to have made a brand new monitoring system."

"Hmm."

Zhang Zhi Gao nodded slightly.

There, it seems there is no hope.

Shao Yilin felt a bit cold, but he didn't give up, tentatively asking: "Can we also send someone to contact Kyoto?"

"I have my own arrangements."

"Oh, alright."

The two walked into the conference room.

Once Zhang Zhi Gao arrived, the meeting officially began.

The heads of each project group reported the progress of their groups.

Time passed slowly, and after an hour. ===== CHAPTER 734 =====