Technology: Breaking the monopoly global hegemony

Chapter 2140 The Glory of the Past

If netizens are finding happiness in complaining, the top elites from major universities and research institutions are lost in thought.

There is no other reason, it is simply because the investor who raised these questions and offered rewards for the answers to these questions is Jiuzhou Technology, not any other random person.

Even if the American government offered a reward of equal value, the top students from these top universities and research institutions would not be so greatly moved.

Northeastern San Francisco Bay Area, United States.

The back hill of the world's top university, University of California, Berkeley.

Lawrence Berkeley National Laboratory, the top national laboratory in the United States that influenced World War II, is now filled with noise.

"Of course your team is amazing. More than a decade ago, you broke the physical limit and reduced the most advanced transistor process at the time from 14nm to 1nm, claiming to have achieved a major breakthrough in computing technology. Now Jiuzhou Technology's semiconductor technology has reached silicon-based 2nm and carbon-based 4nm. What about your 1nm technology? Bring it out and put it into mass production. Companies like Intel and Qualcomm are waiting for your team's technology to save their lives!"

"From the experimental environment to commercial mass production, there is a huge gap to be crossed. This is thousands of times more difficult than the so-called international travel nowadays. OK? We should discuss academic issues in the academic field, not in the commercial field."

"This is simply the funniest joke I've heard this year. Your team is the funniest clown I've ever seen. According to your logic, it has been more than a decade since we were able to break through and turn it into mass production technology. So Jiuzhou Technology should have mastered the laboratory 1 nanometer technology for at least years? After all, our commercial semiconductor technology is still several years away from Jiuzhou Technology's commercial semiconductor technology."

"Stop! What we are discussing now is the technological development leap of Jiuzhou Technology, as well as the solutions to the problems they have raised. Don't make a scene for no reason like the Asian aunties in the Asian supermarket!"

"Jiuzhou Technology never does things without reason. These questions may represent the research direction that the company currently values. Some of the rewards for certain topics include living space at the lunar base and use of the new laboratory in the new science district, which are precious resources that Jiuzhou Technology has never used. I personally think that Gu Qing may want to form a world-class scientific research team to break through the blockade of the existing theoretical knowledge system."

"If I put aside my position, I actually agree with Jiuzhou Technology and Gu Qing's ideas. We humans have always been urged to move forward by war. Every technological explosion has occurred during war. Now the military weapons we humans have mastered can threaten the survival of all humans. This means that we can no longer use war as a catalyst for technological development."

"I seem to see a new round of technological competition, but Jiuzhou Technology has successfully landed on the moon. They have a huge advantage. We must find a way to obtain space resources."

The Lawrence Laboratory is affiliated with the U.S. Department of Energy, and its specific operations and management are undertaken by the University of California.

The laboratory was formerly known as the "University of California Radiation Laboratory" and was renamed the Lawrence Berkeley National Laboratory in honor of Ernest Lawrence, a famous experimental physicist at Berkeley.

This laboratory has achieved fruitful results in the field of science.

The discovery of technetium, neptunium, plutonium, carbon 14, berkelium, lawrencium, antiprotons, top quarks, antineutrons... and many other important knowledge points that students all over the world must memorize.

In addition, the research team of this laboratory also invented the first proton linear accelerator, Anger camera, liquid hydrogen bubble chamber, chemical laser, time projection chamber, laboratory solid polymer battery, sulfur lamp... and many other important equipment that have influenced the progress of human scientific research, life and work.

Even the asteroid impact theory that caused the extinction of the dinosaurs and the first sighting of the DNA double helix were also achievements of this laboratory. Of course, the most famous thing is that this laboratory provided the most primitive and basic experiments and mechanical support for the development of the first atomic bomb and hydrogen bomb in the United States.

In the subsequent development process, this laboratory also helped Daxia. When Daxia was formulating energy labeling and electrical appliance standards, the Lawrence Berkeley National Laboratory provided technical support and helped improve the energy efficiency of Daxia's residential and commercial buildings and industrial sectors, such as the cement manufacturing industry.

However, just like what this group of top human elites are arguing about, America’s domestic industry has long been unable to support the transformation of laboratory research results into real products.

If theories cannot be put into practice, cannot be materialized into results, and the creations in the laboratory cannot be mass-produced, then they are almost castles in the air.

Although shocking and great, it does not have much effect. In extreme cases, it is not as useful as bread and clean drinking water.

The laboratory's key research areas include basic sciences such as physics, life sciences, and chemistry. In addition, it also includes key projects that are essential to modern society, such as energy efficiency, advanced materials, particle accelerators, detectors, engineering, and computer science.

In terms of material research, we have also mastered patented technologies for a variety of top material projects such as nanomaterials, magnetic materials, thin film materials, and superconducting materials.

In this laboratory, Nobel laureates, members of the National Academy of Sciences of the United States, and members of the National Academy of Engineering are as common as old men doing morning exercises in the park.

But these honors are all the glory of the past.

Now, after seeing the call from Jiuzhou Technology and the contents of the Lunar Technology Development Association, the top talents in this laboratory are all feeling impulsive.

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Quite a number of them now want to lead the team and charge forward on the projects for which they already have a foundation.

After all, according to the information they received, in addition to wanting results, Jiuzhou Technology is also willing to provide research resources after reviewing the interim results.

This group of scientists were extremely envious of Jiuzhou Technology's top computing resources, top engineering AI, and various novel materials that were made from lunar products.

Moreover, in the academic community, Jiuzhou Technology has always had an excellent reputation. Apart from not being able to publish technical articles in English, it has never had any other bad records.

During the debate, these professors and doctors were also very smart. They did not reveal their real plans, but instead made various guesses and discussed how Jiuzhou Technology's research resource support would help.

After all, for them, achieving interim results is not a difficult problem to solve.

(End of this chapter)