Genius of the Rules-Style System

"Because energy is conserved and the mass of particles absorbing energy does not change, does it mean that the mass-energy equation loses its effect?"

"The mass-energy equation is invalid in the experiment?"

After Zhao Yi briefly explained the principle, everyone in the laboratory began to think about it. The more they thought about it, the more mysterious it became.

"If the particle absorbs energy, why is it not converted into mass?"

"Even if it's converted into radiation, that's fine."

"The radiant energy we calculated accounts for a very small proportion, and the gap between it and the overall energy is too large, so most of it is still absorbed by the particles."

"The absorbed part accounts for at least fifty percent, and part of it is converted into heat."

"Strong magnetic fields do not occupy energy, so it can be concluded that energy is absorbed by particles."

"But maybe the part that translates into mass is very small?"

This possibility exists.

At this stage, there are no experiments on converting energy into mass. Just like a nuclear reaction, a very small amount of mass can be consumed to produce a large amount of energy. In turn, a large amount of energy is consumed, and only an extremely small mass can be produced.

But someone immediately rejected this statement, "We have made detailed calculations, very detailed, and can determine the mass of the material, because the radiation and heat generated are reduced."

"Normally, for the same reaction, there cannot be an opposite pathway, so there is no possibility of energy being converted into mass."

The meaning of this statement is that if a simple reaction absorbs energy, it is impossible to release energy, and the reverse is the same. If it releases energy, it is impossible to absorb energy.

If the particles absorb energy during the experiment, at least the reaction inside the nucleus cannot release energy at the same time.

During the experiment, the heat and radiation released were carried out outside the nucleus, involving physical and chemical reactions, but the process did not penetrate into the nucleus.

The experimenters kept arguing.

At the same time, they were also very excited. The focus of the debate was not the invalid logic of the mass-energy equation, but whether the particles absorbed energy.

Zhao Yi is very sure about this, but others are not so sure.

Even though there is a lot of supporting data, there is no direct evidence that it is indeed the core of the particle that absorbs energy.

Is there nothing to argue about the invalid logic of the mass-energy equation, because the logic is clear.

As long as the core of the particle absorbs energy, the mass-energy equation is certainly not valid in the reaction.

This is what makes people excited.

Zhao Yi's previous discovery of "particle degeneration in an antigravity environment" has already challenged Einstein's theory of relativity.

However, it is only a challenge, rather than directly overturning or identifying problems with the theory of relativity.

It's different now.

The mass-energy equation is more recognized than the theory of relativity and is widely used in microphysical research systems, including nuclear reaction demonstration issues, which are inseparable from the mass-energy equation.

The current experiment directly proves that the mass-energy equation is invalid, and it is also a huge challenge and limitation to the scope of application of the mass-energy equation itself.

It's a bit like Einstein challenging Newton.

Newton's law of universal gravitation is incompatible with many others in the study of the universe, so Einstein's theory of relativity emerged.

But this does not mean that Newton's theory is wrong, but that the scope of application of Newton's theory is limited. Some things that cannot be explained must be explained by Einstein's theory of relativity.

Same now.

In most cases, the mass-energy equation is correct in most cases, and it can be said to be almost universal in microphysics. However, they found a situation where the mass-energy equation is invalid, which is the study of space compression, which illustrates the importance of space compression. The research is completely beyond the existing physical system.

That alone is exciting enough.

The experiment begins.

Under everyone's attention, superconducting anti-gravity devices filled with copper-based materials have not yet shown anti-gravity properties.

The experimenters debugged it several times, and then simply removed the compressed copper-based material and filled it with ordinary copper-based material, and then it showed normal anti-gravity characteristics.

Five percent.

This value is not high, but comparative experiments clearly show that when the copper-based superconducting material is compressed, the anti-gravity effect drops sharply, and it has even reached the point where "increasing the power cannot produce the anti-gravity effect."

Everyone in the laboratory was very excited because the result they wanted to obtain was that the antigravity properties of the compressed superconducting material were weakened after being energized.

Now it is no longer weakened, but it cannot be detected at all.

The results are both exciting and surprising.

Along with the research and development of anti-gravity foundation, the accompanying auxiliary technology has also been greatly improved. For example, they have new instruments in the laboratory——

Anti-gravity index tester.

The anti-gravity index tester is an instrument specially used to test the anti-gravity index. As long as the anti-gravity effect is higher than 1%, it can be directly detected by the instrument, and the dial of the instrument will also display numbers.

In the current experiment, the anti-gravity index tester is placed above the superconducting anti-gravity device. As a result, the pointer of the detector does not move, as if the anti-gravity device has not been activated at all.

"Even if the anti-gravity effect is weakened, it can't be completely gone, right?"

"Did the experiment go wrong?"

"No result, isn't it the best result? The compressed superconducting material loses its superconducting anti-gravity properties."

"impossible!"

The last sentence was said by Zhao Yi.

When others thought they had obtained a 'perfect result' and had a heated discussion, Zhao Yi frowned. His judgment on the superconducting anti-gravity experiment was that the anti-gravity effect would be weakened, but it was not weakened. is 0.

Subsequently, several experiments were conducted in succession, and several compressed superconducting materials were replaced. Whether it was increasing the current transmission power, or changing the detector or adjustment device, the anti-gravity characteristics could not be detected.

People in the laboratory immediately started discussing excitedly, "This time we are sure that the mass-energy equation is invalid in our experiment."

“If the mass-energy equation is invalid, where does the energy absorbed by the particle go?”

"Perhaps it is stored inside the atom, for example, used to bind electrons? Produce a strong force similar to that between quarks? Or, transform it into a brand new force that cannot affect mass?"

"These are all possible, but what is the significance of this change? What will happen?"

The last question is the key.

Now Zhao Yi is studying how the core of a particle will behave after absorbing energy. He does not believe that it is just a simple change. The physical properties of the material after it is composed, and the physical properties of the material cannot explain the changes in the core of the particle.

Zhao Yi suddenly found that he couldn't understand.

Even if he got an 'extraordinary' result, just because it was 'extraordinary', it was out of the scope of his original knowledge. He felt that his mind was a little confused, and he didn't know where to start for a while.

Research seems to have hit a bottleneck again.

——

After the second experiment, Zhao Yi did some data analysis work, but he still kept thinking about the issue of superconducting materials.

He found that his knowledge reserve seemed to be insufficient, and he was completely unable to explain the phenomena he discovered.

"Go and study?"

"Go back to college?"

"Or go to an academic conference? Some microphysics research, maybe it will be helpful?"

Zhao Yi was not sure what to do, so he asked others. There was an old academician in the theory group who recommended him to go to the Institute of High Energy.

"There is a lot of research information on high energy. You can take a look. It may be helpful."

Zhao Yi thinks this proposal is good.

After finishing the work at hand, he simply returned to the capital. He visited Lin Xiaoqing at home and lived a warm life for two days. Then he went to the Institute of High Energy and found a lot of information.

Take your time and watch!

Research cannot be rushed!

For top research, inspiration is a thousand or ten thousand times more important than hard work. With inspiration, you can research new things, but without inspiration, there is nothing, and hard work alone is meaningless.

Taking advantage of his free time, Zhao Yi simply took a vacation and went to Yanhua University to teach an open class on particle physics.

This open class attracted a large number of people. Several top physics professors in the country came over to attend the class after hearing the news. I don’t know whether it was to attend the class or to discuss academic issues with Zhao Yi.

As a result, on the day of the course, in the large classroom of 400 people, more than 100 people were professors, teachers, and some were administrators and reporters. Only half of the students actually came to attend the class.

Zhao Yi walked into the classroom and took a quick look. He was a little dumbfounded, but he still completed the course normally. The courses for graduate students in mathematics and physics were not very difficult, at least not to the extent that a professor of mathematics and physics would come to listen to the class. To put it bluntly, he is not very good at explaining the content and is not a very good teacher. The course seems a bit boring and boring. The result is surprisingly that the course has received a lot of praise and has even been posted on the Internet. A lot of positive reviews from netizens.

"Master Zhao is just different!"

"Listen to what he said, I understand every sentence, but put them together..."

"No, I don't understand a lot of it!"

"A lot of professional terms! What's right! It's really a top course! Master Zhao is just different..."

Anyway, good reviews are enough.

After the course ended, Zhao Yi greeted the scholars with a wry smile. When he went home and read the news, he couldn't help but post a Weibo message--

"I'm not good at teaching. I didn't prepare for this class, I didn't teach it well, and my response in class was very poor.

I saw many people commenting that the course was good and I deserved it! "

There was a chorus of admiration below, "You're so humble, Master Zhao is so humble!"

"This is a top scientist, and the lectures are so good that I can't say enough!"

"It's so humbling. Anyway, I didn't see a single student sleeping in the video. Everyone was listening carefully!"

"Master Zhao is just different from other people. Others try their best to say good things about themselves and are unwilling to say bad things about themselves. But Master Zhao keeps saying bad things about himself -"

"What a gap!"

Zhao Yi really felt helpless after seeing a lot of complimentary comments, but he found that he enjoyed a lot of compliments, and at the same time, he also understood the feelings of some new generation stars.

Even if the singing is noise and the performance is shit, there are still a lot of fanatical fans who help make it a classic of the century and can easily win the Golden Horse Award, Golden Rooster Award, Golden Bull Award, and Golden Pig Award——

Ahem!

Anyway, it feels good!

Zhao Yi was in a good mood after being blown away, and asked Li Renzhe and Fan Lei to go to the playground to play football together. While reliving college life, he also exercised his body.

However, it is not easy to relive college life because everyone has changed a lot.

For example, Li Renzhe came here with Li Ruier. As a qualified nanny, it is routine to go out for a walk and take care of the baby.

Fan Lei took Yan Yi with him. The two had just received their marriage certificate and were in the hot stage of inseparable love.

result.

The three men were playing football together on the field, and Yan Yi, who had a bulging belly, helped watch Li Rui'er from a distance. Fortunately, Yan Yi was not very old, so she was not unable to walk.

They also had a terrible time playing together.

Zhao Yi's physical strength is relatively good, and he has been keeping fit.

Fan Lei is relatively worse. He has a beer belly. He is definitely incomparable to when he was in college.

Li Renzhe, who has put on two rounds of weight, can hardly say that he can still play football. He spends most of his time standing behind. When the opponent brings the ball, he still stands motionless, as if the king of the ball is possessed, relying only on calm judgment. You can easily block the opponent's ball.

The ball king obviously looked down upon Li Renzhe, so the opponent only used Li Renzhe as an obstacle and rushed past him with a slight change of direction.

"Ma's!"

"Old Li, what are you doing! Stand still. If it weren't for you, how could they have scored?"

"You are just a decoration!"

When the opponent scored two goals in a row, Fan Lei ran over panting and cursed directly in frustration.

Zhao Yi also expressed that he was very depressed.

There was obviously a group of campus flowers on the sidelines, cheering for their team, and there were many beautiful girls among them——

It does not matter!

All in all, the cheerleading team was spectacular, but the performance was too hip.

Li Renzhe has a big responsibility!

Li Renzhe was complained several times, and he was angry and angry. He said angrily to Fan Lei, "Why is it all me! You can't do it either. Just when I got to the frontcourt, the ball was intercepted! Several times!"

"Why can't I do it?"

"It just doesn't work!"

"It's your problem. It's normal for the ball to be intercepted. If it wasn't intercepted, wouldn't it be a goal?"

"Can't pass the ball?"

"Ma De, we are not professionals and there is no one around, so the transmission is not that accurate!"

"Ula Ula-"

The two quarreled with each other.

When there is internal strife in the team, it is impossible to play well.

The two simply quit.

Li Renzhe was called "fat" and "poor in physical fitness" several times. He was so angry that he insisted on running with Fan Lei, "Let's see which one of us is in poor physical condition!"

"Zhao Yi, you be the referee!"

"We're going to run four hundred meters!"

"Eight hundred meters!"

"One thousand meters!"

The two of them said that they quickly reached 'one thousand meters' and then found a place as a starting point.

A group of people around looked on, and the cheerleaders continued to cheer. Because of Zhao Yi's relationship, Li Renzhe and Fan Lei also had a certain reputation, and many people would cheer for them.

Amid the cheers of a large group of people, Li Renzhe and Fan Lei started the one-thousand-meter race with enthusiasm.

After Zhao Yi shouted the starting slogan, Li Renzhe ran out first. Then he found that Fan Lei didn't run. He stopped in confusion and asked, "Why don't you run? Don't you dare to compete?"

Fan Lei smiled confidently, "Don't you dare to compete? You have gained so much weight. I will give you a hundred meters first."

"You're right, okay!"

Li Renzhe thought about it carefully and realized that he couldn't run if he really wanted to. He still had a chance if he was given up 100 meters. He then shouted, "I bet you 100 yuan to win!"

"OK!"

Fan Lei made an OK gesture and muttered, "Just you? As long as I run faster than you, it's only a thousand meters! Sooner or later I will catch up with you!"

really!

What Fan Lei said made sense. He was faster than Li Renzhe, and by the time he reached a lap of 400 meters, he had already caught up with Li Renzhe.

When Li Renzhe found out he was being overtaken, he even wanted to admit defeat on the spot because he felt he couldn't run anymore.

At this time, something annoying happened. Fan Lei ran in front of him very "cheaply", just a little faster than him, and did not continue to run fast. It seemed that he was just waiting for Li Renzhe to catch up, and then accelerated and continued forward. run.

"N-Ma!"

Li Renzhe was so angry that he scolded his mother, "When I catch up with you, I will beat you!"

Fan Lei yelled shamelessly, "Am I afraid of you? I run faster than you and have better physical fitness than you. You can't catch up no matter what!"

"You wait!"

"come on!"

The two of them continued moving forward as they spoke.

Li Renzhe was filled with anger, but the physical gap between the two could not be made up for by emotions.

at the same time.

Zhao Yi stared at the combination of collecting treasures in the distance, and kept muttering to himself the two sentences Fan Lei said just now, "As long as you run fast, you can catch up sooner or later?"

"As long as you run fast, why can't you catch up?"

"It makes sense!"

He related the question that has been lingering in his mind for a long time, "Particles are affected by space compression and will generate a magnetic field to resist space compression, and at the same time develop a certain resistance to space absorption."

"If this kind of resistance exceeds the upper limit of space absorption, that is, the energy contained will never be absorbed by space?"

"So, a material compressed five times can completely resist space absorption and become particles that will never absorb energy from space?"

"If it will never be absorbed, it means that the core of the particle has formed a stable state and will no longer be affected by space squeeze. In other words, it has formed a static balance with space squeeze."

"This kind of particle will not absorb energy in space, and will not form a space blocking effect no matter what the environment is."

"So, what if the core continues to strengthen? For example, is it compressed ten times, twenty times, or a hundred times?"

"When a higher critical value is reached, it may be possible to release continuous Z waves, which in turn absorb space. Just like in the theory of the universe, the final particles will absorb space in turn, until the space is completely destroyed and annihilated, and re-enters a new reincarnation—— "