Rule department scholar

When he saw that Deng Bingcheng was sorting out the data, he asked with concern, "I heard that you conducted another experiment today, do you need anything?"

Now that Deng Bingcheng belongs to the laboratory, he still needs to take care of it.

Deng Bingcheng shook his head at first, and then said with some depression, "Everything is going well, but..." He hesitated for a long time, and said, "That chimpanzee is healthy!"

"Ah?" Zhao Yi didn't understand. Isn't it a good thing for the experimental subjects to be healthy?

Deng Bingcheng explained, "I am doing research on brain nerve repair, but it is very healthy, there is no abnormality in the brain repair nerve, and what I have collected is only routine data."

"It would be nice to have a chimpanzee with an IQ disorder, or some other neurological problem."

"..."

Zhao Yi heard a little suspicious, thinking that Deng Bingcheng might attack?

This guy looks a little thick-faced and dark-hearted, maybe for his own research, he will turn the chimpanzee into a mentally handicapped orangutan?

What if this happens?

no way!

For laboratories, chimpanzees are just research materials, and there is no such thing as "orangutan rights", and animal protection organizations can't control them.

Zhao Yi suddenly felt sympathetic to the orangutan. He felt that he should save it, so he quickly changed the subject and asked, "Can you tell me about your experiment?"

There is nothing to say about this.

Deng Bingcheng gave a brief introduction to the brain nerve stimulation experiment, and also showed Zhao Yi the collected data and explained the importance of the data.

If it was someone else who only looked at the complicated data on the computer, he would feel his head was getting bigger.

Zhao Yi sat down, looked at the data carefully, and then asked after thinking, "Do you want to analyze something from these data? For example, how can the chimpanzee's brain be recovered without harming it?" Nerves become active?"

"Correct!"

Deng Bingcheng nodded in affirmation.

Zhao Yi took a deep breath and found that the chimpanzee still had hope of being rescued. He immediately said, "Well, let me give you a little suggestion. You can stimulate the chimpanzee's tongue with radio waves."

"Electric waves stimulate the tongue?"

"En. You can try it." Zhao Yi said with certainty, then chatted with Deng Bingcheng for a few more words, then turned and walked out.

He is going to see the chimpanzees.

The healthy chimpanzee is really good now, maybe there will be an accident tomorrow?

in the laboratory.

Deng Bingcheng curled his lips forcefully, "Why is Zhao Yi here to guide my experiment? To stimulate the tongue? To stimulate the radio wave? To transmit a signal? But... stimulate the tongue, the side effects are less!"

"It's really strange, such a simple method, why didn't I think of it?"

"Can you try?"

Deng Bingcheng shook his head vigorously. He thought it was a bit weird to listen to Zhao Yi, but it was indeed a good way to stimulate the tongue with radio waves.

He decided to try anyway.

Although Zhao Yi didn't explain the reason, there is no harm in trying if you don't have an idea for the experiment.

After Deng Bingcheng made the decision, he immediately notified the relevant staff and set a new stimulus experiment a day later.

soon.

Time is up.

He couldn't wait to start stimulating the chimpanzee's tongue with electric waves, and looked at the data collected by the equipment on the response of the brain's main nerve pathway.

In the middle of the experiment, Deng Bingcheng found that it was effective, because the data collected by the equipment was significantly higher than the previous one.

Although it is only a little bit, it is enough to show that the chimpanzee's brain nerves have become much more active than usual, which can also be regarded as "extraordinary excitement".

Deng Bingcheng was shocked and excited at the same time. He finally found a way to make the chimpanzee's brain more active without harming the chimpanzee.

at the same time.

The anesthetized and immobilized chimpanzee opened its eyes, which were full of anger and fear.

It is him again!

This perverted human being!

The other party actually made it open its mouth, exposed its tongue, and kept approaching it with metal. It seemed that the tongue was numb?

what happened?

What is this terrible human being doing?Is it a special hobby of his?

"too frightening!"

The chimpanzee was so frightened that he was about to cry, but he found that the more frightened he was, the more excited the other party seemed to be, jumping up and down and nagging non-stop.

"It works great!"

"Stimulate the tongue with electric waves, and its brain nerves become very active."

"What if it is stimulated for a long time? Make its brain nerves often active, maybe it can send a signal to the human body? Stimulate brain nerve repair..."

Deng Bingcheng said that his eyes were bright. It was just a simple nerve stimulation experiment, but the results were very meaningful and worthy of long-term research.

After the nerve stimulation was over, he immediately handed it over to the staff, "Treat this chimpanzee well and give him more nutrition!"

"The brain nerves are active and will consume a lot of nutrients..."

After the staff left, Dr. Deng thought about the experimental findings carefully, and suddenly felt something was wrong, and he couldn't help but fell into deep thought.

"I seem to have listened to Zhao Yi?"

"why?"

"Haven't you already decided not to listen to Zhao Yi? Even if you listen, you have to make a clear argument, but he didn't seem to say anything, just told me what to do..."

"So I made the same mistake as everyone else?"

"wrong!"

"Is this a mistake? The experiment has discovered it, but..."

No matter how Deng Bingcheng thought about it, he felt weird, and he found himself in an endless loop.

He shouldn't have listened to Zhao Yi, but he still listened and tried to do it. As a result, some discoveries were made in the experiment, but they were not proved.

Zhao Yi didn't explain it, he explained it himself.

This is certainly not an argument.

"So...why? Could it be that this is why everyone listens to Zhao Yi and doesn't even ask?"

"After that, should I listen or not?" Deng Bingcheng fell into a state of confusion thinking about scientific research choices.

the other side.

Zhang Wei and Zhu Qi's crab leg cell membrane testing experiment progressed slowly, because the cell membrane tremors of each part were tested in detail, the preparation of the experiment was very complicated, the process was also very complicated, and high operational requirements were required.

They can only prepare slowly and carry out experiments slowly.

"We need a lot of time." Zhu Qi said to Zhao Yi.

It's not short, and he can't say how long it is, but it certainly won't be finished in one or two weeks. They not only do one experiment, but also do many repeated experiments to collect data.

In this regard, Zhao Yi can't help.

In fact, most medical research is like this, requiring many repeated experiments to collect data, and then infer some content based on the data.

For example, Kazuto Tasaki, who performed the crab leg nerve test, has done hundreds of experiments with doctoral students. Guo Baici is still an "effective" experiment, and there will definitely be many failed experiments due to improper operation or other circumstances in the middle.

This process is very exhausting, but the research is done little by little.

Zhao Yi is just waiting for the data and results, he is not in a hurry to produce results, let the lab do it, just wait slowly.

He ushered in an important guest - Li Ning.

Professor Li Ning came all the way and went straight to Yanhua University when he arrived in the capital. He was originally a Chinese from a domestic university, and he didn't need to find an interpreter. He didn't even bring a student, so he came here alone.

After arriving at Yanhua University, Li Ning soon met Zhao Yi.

Zhao Yi is looking forward to Li Ning's arrival. His mathematical argument of "constructing an anti-gravity system" requires people who have researched anti-gravity to understand their research and see if it has something in common with his own theory, or to find some inspiration.

For this level of research, inspiration can no longer be found in books.

In the faculty dormitory, Zhao Yi met Li Ning, and the two started talking directly. They didn't even exchange a few words of greeting. Li Ning couldn't wait to talk about his research. He hoped to get a top mathematician and physicist like Zhao Yi. recognition.

Zhao Yi also couldn't wait to learn about the research content.

"That was researched more than 20 years ago. I think it is the achievement I am most proud of, but it is a pity that it has not been recognized until now."

"I have been doing research on anti-gravity of superconducting materials. I remember that 20 years ago, I could still get a funding subsidy from Stanford University..."

Li Ning was referring to Stanford’s research grants for antigravity research.

The Department of Physics of Stanford University is committed to researching anti-gravity issues. In the field of anti-gravity research, it invests more than [-] million U.S. dollars every year to subsidize related projects and researchers.

Li Ning is not a professor at Stanford University, but he can apply for some funding subsidies for his research on superconducting antigravity.

He continued, "Not anymore, not ten years ago, they even said my research was a fraud, only a few papers published in discussion journals, and it has never been proven."

"But I believe my research is correct."

After Li Ning made an opening remark, he began to give a serious explanation. The main core of his research on "superconducting antigravity" is "lattice ions". After the lattice ions in superconducting materials absorb the energy of the external electromagnetic field, would be in the same quantum state, spinning rapidly around itself.

"At this point, a time-varying gravitational field is created."

"I think so, at least in theory, that lattice ions are a very different kind of material, it's a vigilance structure where the ions dominate the lattice. When the lattice of this model spins at high speeds, there's a lot of damage to the surrounding The particle field is unstable and will undergo complex changes..."

Li Ning spoke seriously.

Ions are charged particles formed by atoms or atomic groups losing or gaining one or several electrons.

The ionic lattice is a 'square grid' composed of many ions in the form of ionic bonds. Its structure is very special, and it will also cause some unimaginable effects.

Ionic lattices are at the heart of theoretical research on superconductivity.

Li Ning's theory of "superconducting antigravity" is based on a change caused by the high-speed rotation of the ion lattice. He believes that the high-speed rotation of the ion lattice will directly affect the particle field, and the expansion from the micro to the macro is Impressed by gravity.

"The high-speed rotation of the ion lattice will form a new field force, which will reduce the gravitational force when it overlaps with the surrounding particle field."

Li Ning said seriously.

Zhao Yi thought about it carefully, and he felt that what Li Ning said was not quite right.

He did not question the theory of 'superconducting antigravity', but believed that even if the theory is established, the newly generated gravitational field should not 'form a new field force that will interact with other fields', from a microscopic point of view , it does not make sense that the ion lattice spin forms a new field force.

Of course.

Li Ning's theory can still be justified if we put aside the micro factors and only analyze it from the macro point of view.

But Zhao Yi must consider it from a microscopic perspective. He hopes to establish a particle mathematical system related to gravity and space, and then use the well-structured mathematical system to study how to "anti-gravity".

This is an important step from micro theory to practice.

Chapter 497 Qiu Chengwen: Am I a cobbler?

For the next week, Zhao Yi was discussing the issue of 'superconducting anti-gravity' with Li Ning.

In the beginning, Li Ning was mostly explaining that the principle of "superconducting antigravity" sounds uncomplicated. In fact, the theory involves many things, such as complex electromagnetic fields and the characteristics of ions discovered during experiments.

and many more.

Zhao Yi didn't know much about these things, but later he started to have in-depth discussions with Li Ning, and he explained some issues from a microscopic perspective.

Li Ning is on the macro level.

They look at the problem of 'superconducting anti-gravity' from different angles because they are engaged in different aspects of research.

If physicists are classified, the biggest classification is theoretical physicists and experimental physicists.

Zhao Yi is a theoretical physicist. The particle boundary theory he studies uses particle mathematics to explain the microscopic world.

Li Ning focuses on experimental physics.

In the chain of academic contempt, theoretical physicists stand at the top of the pyramid, and experimental physicists can only be at the next level, but in fact, experimental physicists have a higher probability of winning the Nobel Prize because experimental physics not only Only experiments are needed, but a combination of theory and experiment is needed. Their experiments are all tests of theories, and the Nobel Prize is precisely for the actual proof, not how advanced the theory is.

When looking at problems from different angles, they each have a lot to gain.

Of course, there are also controversies.

Zhao Yi directly pointed out that Li Ning's statement that "ion lattices are self-selected to generate new fields" does not make sense from the perspective of microscopic mathematics.