The Black Technology Era of Xueba

Natural Physics, the world's most famous academic journal of physics, is an academic journal that must be ordered by physics laboratories and college physics majors around the world.

It has the most cutting-edge knowledge and research results in global physics. Since the 20th century, most of the papers that have won well-known awards in the field of global physics have had important reports in Nature Physics. Influence of global physics academia.

As an authoritative academic journal in the West, Nature rarely publishes academic papers of the people of Xia. Several academic scandals have aroused great attention in the global academic field.

A few years ago, Nature retracted the paper of a scientist from the Xia State due to plagiarism problems such as the lack of rigorous experiments in the paper.

Therefore, the review of Xia Guo's manuscripts should be stricter.

The same East Asian countries, the same standards, the papers published by the Oriental scientists can pass, but the Xia country can not pass, this is an unwritten rule within the Nature.

However, this rule does not apply to Pangu Technology. In the academic field, academic institutions including Nature are all staring at Pangu Technology. This company seems to be a monster in the academic world.

Some time ago, the editorial department of Nature was still worried that Pangu Technology did not publish the paper on the phagocytosis II colony treatment of sewage in its own journal. I did not expect that Pangu Technology would send the latest paper here.

Of course, the physics editorial department attaches great importance to it. The editor-in-chief Feier directly put forward the paper Exploration of Carbon Fourteen Micronuclear Batteries and Energy Formulas and Color Center Constants of Radioactive Materials and Semiconductor Materials from many papers, and held a conference Editorial team meeting to review papers.

In addition to the writing work, the members of the physics editorial team are also university professors.

They will study the paper in terms of text, logic, feasibility, etc., and give an evaluation. After the evaluation is passed, they can be published directly.

This was written by the people of Xia? The members of the review team who had just opened the first page of the paper exclaimed.

The thesis does not require how beautiful the writing, but the logic must be clear and decent.

There is still a little gap between the language logic of Xia people and English, so many papers from Xia are full of grammatical errors, and Pangu's papers are more likely to be written by scientific researchers in English-speaking countries.

It was automatically translated by their translation software, Fehr reminded.

Guys, don't get too hung up on language, we focus on content.

Beside Fair, an old man stroked the glasses on the bridge of his nose and carefully checked the content of the paper.

The old man's name is Primo, who is 76 years old this year. He is the deputy director of the Physics Laboratory at Cambridge University and an expert in physics.

It's just that the old man is getting older, so he seldom does experiments in person, and is more of a guide. Being a consultant in Nature magazine is also what the elderly prefer to do in recent years. After all, being a consultant in Nature can better understand the forefront of the development of physics in the world, and it is also a wish of the elderly.

Primo's expression didn't seem to change, but the fluctuations in his heart were extremely violent.

He saw the scheme and detailed experiments and experimental data of the C14 micronucleus battery,

Fifteen years ago, when Primo was still working at the Institute of Physics, his team proposed a micronuclear battery solution to solve the energy crisis that mankind is increasingly facing.

C14 is considered in the selection of safe nuclear materials in the scheme, and a detailed study of this material is carried out.

However, in the following five years of research projects, the entire experimental project fell into a bottleneck because of C14.

The laboratory has indeed made a battery with C14 as raw material, but there are two difficult problems to break through.

First, the power is small.

At the end of the experiment, a kilogram of C14 nuclear cells produced 10 microamps of electricity.

What is the concept of 10 microamps, this current does not feel at all when it hits the human body, and it is not even qualified to be a lighter in the field of practical application.

Second, it is bulky.

The C14 crystal required to generate 10 microamps of current is one kilogram, but the total weight of the remaining supporting equipment, including the C14 radiation-receiving material, reaches 100 kilograms.

In the final analysis, the main problem is that according to the existing technology, all the energy of the radiation of C14 cannot be effectively utilized, so effective electric energy cannot be generated.

A 100-kilogram battery produces 10 microamps of current. This product has more theoretical significance than practical application. In the end, the experimental plan was sealed by the Cambridge Physics Laboratory.

Primo did not expect that Pangu Technology successfully solved this problem and created a real micronucleus battery.

According to the data in the paper, micronuclear batteries will definitely become the main trend of human energy development in the future.

Professor, what's your opinion? Phil whispered, Primo's opinion was crucial.

Primo didn't jump to conclusions, but said, I need to go back to school and have my students check the formula.

Primo said: Do you know the essence of this paper?

Looking at the somewhat dazed members of the editorial department, Primo also knew that he was playing the piano to the cow.

However, he still said: The most quintessential part is the formula he established, the mathematical formula between radiation, dimension, color center, and current, and the introduction of the color center constant k. This opened up an energy world. The door can even monopolize the energy of the future.”

so serious?

Does that mean that this paper can be published in Nature?

Primo left the office after saying goodbye to the crowd.

The 76-year-old has always been anxious, hoping to know as soon as possible whether this experiment of Pangu Technology can stand up to scrutiny in terms of mathematical logic.

That night, London time, the Cambridge Physics Laboratory, also known as the Cavendish Laboratory, where Hawking had worked, was sleepless all night.

Primo's students began to demonstrate the feasibility of Pangu's scientific paper under the arrangement of the teacher, and finally came to the conclusion that the mathematical logic was completely correct, but the actual operation was too difficult.

Beta rays can reach 99% of the speed of light, which is an efficient electron flow. According to the energy of decay, the electrical energy generated by C14 can satisfy the logic formula in the paper, but the premise is to absorb more than 90% of the beta particles overflowing from decay.

Cavendish Laboratory does not currently have this technology, but it does not mean that Pangu Technology does not have this technology.

But the problem is also in front of Primo, with the current laboratory technology, the experiment can not be replicated.

Primo told the editorial department of Nature Physics about the laboratory test results.