I am devoted to scientific research, but you want to trick me into having a love relationship?

Chapter 719 The need to refocus international attention on the United States
Office on the sixth floor.

"Hmm, this has great potential."

Xu Qingzhou squinted at the things he had circled on the manuscript.

Quantum sensing magnetic field monitoring system.

This is a technology he used when he participated in the research and development of quantum communication and computing. As a storage unit of quantum repeaters, it ensures the stability of long-distance quantum communication and also has the function of suppressing environmental noise.

Later, it was used in aerospace for anti-interference navigation and positioning, using quantum magnetometers to create "fingerprint maps" of the Earth's magnetic field, and combining AI algorithms to achieve centimeter-level positioning.

Early quantum sensing technologies focused on atomic clocks, superconducting quantum interference devices (SQUIDs), and other technologies, primarily for scientific research and defense. Even now, there has been little development in these areas. It will be at least five years before the first atomic-level quantum magnetic field sensor capable of detecting atomic-scale magnetic fields is developed.

The technology will not be fully mature for another 10 years.

"This technology is absolutely cutting-edge right now, but its effectiveness remains to be seen."

Xu Qingzhou twirled the pen in his hand, pulled out a brand-new manuscript from the corner of the table, and pondered the process after the detection system was completed.

Quantum sensors are just the first step.

Finally, there should be a complete regulatory process.

[Quantum sensor ->> Control system: Real-time magnetic field data.]

[Control System -> AI Algorithm: Distortion Prediction + Control Parameter Calculation.]

[Superconducting magnet power source -->> Plasma: Generates a compensating magnetic field.]

"The quantum sensor then performs configuration correction feedback, forming a closed chain."

Xu Qingzhou spent an hour going through the process and nodded in satisfaction. "There shouldn't be any major problems. It's a pity that even if we can make it, we can only check it in a simulation now."

The integration of the superconducting system is progressing relatively smoothly.

Research on the materials used in the first wall has also begun.

Just a few days ago, Li Yi's group of five set off in a grand procession to the Institute of Plasma Physics to participate in a collaborative experiment.

Next, we will proceed with the design according to the plan provided by Xu Qingzhou.

Xu Qingzhou was brainstorming, while across the ocean, a celebratory cocktail party was being held in the small auditorium of Princeton, USA.

Soothing music filled the banquet hall as celebrities raised their glasses. Professor Maxwell, the star of the day, was only approached by the end of the banquet, finally finding a moment of peace.

Improving the performance of superconducting thin films to the same level as that of Xia Guo within a year is nothing short of creating a miracle.

Energy Department Commissioner Marco and Professor Maxwell clinked glasses, glanced around at the suited people in the hall, and exclaimed, "Jc has reached 5.0 × 10 A/cm, which was completely unimaginable a few years ago."

"Yes," Professor Maxwell said, a sigh also appearing on his face.

Let alone a few years ago, even a year ago, his superconducting thin film Jc was only 3.8×10 A/cm, which was already the world's top level, and it was unthinkable to go any higher.

"Cheers to the greatness of America."

Marco raised his glass again.

Professor Maxwell chuckled softly, clinked glasses, took a sip of his drink, and said, “We must not be complacent. Although our achievements are far ahead of most laboratories in the world, let’s not forget that Xia Country has someone like Xu Qingzhou.”

This young man has created too many miracles.

"Yes, therefore, we have something even more important to do."

Marco's expression turned serious. "Superconducting thin films are just the first step. The biggest area of ​​competition next is controlled nuclear fusion. Mr. Maxwell, on behalf of the committee, I formally invite you to join the controlled nuclear fusion experimental base of the NIF device."

“I need to think about it.” Professor Maxwell did not agree immediately; he preferred his independent research project to this.

“Mr. Maxwell, if I may be so bold, this is no longer the era of going it alone, as it was 20 years ago. What I mean is, we all need the support of the state, especially in terms of funding, and the state also needs us to build a new, complex strategic containment system in order to defeat our competitors.”

Professor Maxwell fell silent. He had always tried to avoid letting politics influence the project, but it was undeniable that politicians could bring in funding, as was the case this time, and the current results were built on huge investments.

"In this year, China has made rapid progress in the field of controlled nuclear fusion. Although the United States is still in a leading position in some areas, things would probably be very bad without the assistance of scientists like you."

"Energy will reshape the world order."

"Marco said helplessly. For controlled nuclear fusion devices, what's needed isn't superconducting thin films, but superconducting magnets integrated with superconducting thin films. If Maxwell's team could come and assist in upgrading the magnet system, the NIF device would see a significant improvement in a short period of time."

The committee needs to bring international attention back to the United States.

"Okay, I'll do my best."

Professor Maxwell finally nodded. As a scholar, he also knew the importance of energy, and it seemed quite interesting to witness the momentous occasion of the commercialization of controlled nuclear fusion.

Their old rival, Xu Qingzhou, is also conducting controlled nuclear fusion experiments.

"Pleasant to work with."

Marco raised his glass.

Controlled nuclear fusion, to some extent, is a race to see who can burn through the most money.

The United States has no shortage of funds.

As the international reserve currency, the US dollar allows them to directly generate revenue by issuing dollars. The cost of printing a $100 banknote is only $1, but it can be exchanged for goods worth $100.

This is also why the top leadership attaches great importance to controlled nuclear fusion.

The US dollar is directly linked to oil. Once China is the first to commercialize controlled nuclear fusion, traditional energy sources will seem less important and will directly threaten the dollar's status.

In the future, the competition between China and the United States will be more intense than ever before.

Professor Maxwell spotted a friend, greeted Marco, and left, while a middle-aged man with an Asian appearance approached with a wine glass.

Marco clinked glasses with the other person and said with a smile, "It turns out that your choice was right."

"Of course, we have always believed in the strength of the United States."

"This is what South Korean plasma physicist Han Byung-hoon said with a smile."

He used to curse the US for being so stubborn, for holding them hostage, and for dragging South Korea onto their pirate ship.

They wasted a year waiting for Princeton's superconducting thin film. Right now, the controlled nuclear fusion fields in Europe and China are developing rapidly, with new news being announced every now and then.

Fortunately, the outcome was good.

Although Americans are blindly arrogant, they do have their own strength, and they have managed to create a product comparable to China's superconducting thin film in such a short period of time.

Han Byung-hoon thought to himself, but smiled on his face.

"The South Korean people will thank you for your support."

Don't skimp on polite greetings; say thank you when you should.

Americans buy into this.

(End of this chapter)