Chapter 127: Research on the Theory of Spatial Compression (Ask for Recommendation Votes, Ask for Recommendation Votes)

Of course, it is not enough to rely on the original set of equipment, Zhuang Wen has upgraded this set of equipment, added some things, removed some things, and optimized some things.

In fact, better experimental equipment needs the support of mechanical pulse models, but that means that this experiment cannot be repeated by others at the moment, so it is meaningless.

Only other people can complete this experiment, and what this experiment proves is of universal significance.

Before doing the experiment, Zhuang Wen once again emphasized the points that needed Gu Xiaolian's attention during the experiment, and then the two began to start the machine and conduct the experiment.

The key to this experiment is not to focus on this phenomenon, but to accurately record the time between the disappearance of the particles and their reappearance.

This time is very short, and the clock needed to record it is naturally not an ordinary watch.

A pulsed atomic clock.

The principle of the pulse atomic clock is based on the frequency of the impact oscillation generated by a pulse energy particle after breaking free from the binding of the pulse atom under the stimulation of a specific energy field.

A pulse atomic clock can be accurate to an error of one second every three billion years.

Such an instrument is not cheap, and the price reaches three million pulses.

Zhuang Wen did not hesitate in the slightest.

After that, a lot of research was needed, and precision timing was a very necessary condition.

Finally, confirm the experimental environment. Zhuang Wen said.

Gu Xiaolian immediately took a notebook and said item by item: "The No. 1 machine is running normally, and it is starting...... The light environment is normal...... The vacuum environment is normal...... All experimental environmental conditions have been checked, normal, and can be experimented. ”

Zhuang Wen continued: "Okay, the experiment has officially begun, turn on the video, start the experiment, start the machine......"

Zhuang Wen said as he checked the health status of each device.

In fact, this experiment is very short to do, and the key is the preparation of experimental conditions in the early stage and the picking and analysis of the experimental results after the experiment.

Moreover, the short time of one experiment does not mean that the entire experiment is completed in a short time.

In order to obtain the most effective data, this experiment must be carried out at least a thousand times, each time, waiting for the equipment and environment to recover.

Therefore, this experiment, repeated inspection and data collation, the two of them were busy for half a month.

This kind of day is very boring, Zhuang Wen wants Gu Xiaolian to experience the fun of scientific research, so he is very enthusiastic to tell her his theory in the process of experimentation.

Zhuang Wen himself said very happily.

Well, Gu Xiaolian also listened very carefully.

But it doesn't seem to have the love for science that Zhuang Wen imagined.

She seems to be happiest in the evening.

When two people are in hand-to-hand combat.

Even though she always was, always the one who lost.

She was still excited.

This made Zhuang Wen a little discouraged, isn't the theory of space compression fragrant, why is her excitement on this?

Isn't it good to be a quiet scholar for a girl's family?

It's all ruined by Tuoba Jiujiu's crazy girl.

The first experiment was completed, and the paper on the first experiment was written, and it was sent to the submission mailbox of "Discovery Science" on January 28.

On February 4, his paper appeared in the new issue of Discovery Science.

Zhuang Wen's papers, not to mention the academic community, but also from the perspective of the whole society, are very concerned.

In this world, under normal circumstances, all papers that have been reviewed at level 3 or above will be synchronized to "Imperial Papers Online" one week after the journal is published.

On this website, scholars can download a variety of literature.

Now each of Zhuang Wen's papers has more than 10 million downloads!

That's a lot of numbers.

After all, not many people can understand his papers, they are all advanced knowledge, and it still seems very difficult without a graduate degree, and the average college student definitely can't understand it.

So, for the average person, downloading is useless.

Being able to reach the entire number of downloads proves that Zhuang Wen's academic status in the academic community has reached a very high level.

At the very least, there should be a strong consensus from experts and scholars.

Zhuang Wen has more than 10 million fans around his neck, many of whom are graduate students.

There are even some people who specialize in studying what Zhuang Wen proposed.

When his paper appeared, it was immediately posted on the Internet and discussed.

The name of the paper is very short, and it is called "Research on the Theory of Space Compression".

[Abstract: The research on the theory of space compressibility is elaborated in detail.] The energy units of the possible virtual particles are pointed out, and the compression characteristics of a certain unit of virtual particles after compression under a certain energy pressure are measured experimentally. 】

Zhuang Wen's paper was written by using the law of annihilation phenomena discovered in the previous particle collision research and combining the measurement and analysis results of this experiment.

The law of particle annihilation that was studied in the research at the beginning refers to the law of the energy that overflows after two particles collide and annihilate.

In the unit of a pulse energy particle, the overflow energy is about 0.312 units, that is, according to Zhuang Wen's particle guessing theory, the energy unit of the new type of particle that may exist is 1.688.

In this paper, Zhuang Wen hypothesized the time it would take for a pulse-energy particle to travel a certain spatial distance without disappearing after being impacted.

In this way, the time of the disappearance and reappearance of the pulse energy particles can be calculated, and the time reduced after compressing the space can be obtained, and then a ratio and a formula can be obtained.

In fact, just a lot of it is just a conjecture, and even if there is experimental data, it is just a guess.

The basis of all the theoretical correctness is that there really is a new kind of space particle.

Once this particle is discovered, this set of space compression theories can be used as a full-fledged set of theories.

It can be said that Zhuang Wen put forward a conjecture.

Because of this, not long after the appearance of this paper, all kinds of it were named "Zhuangwen Conjecture" by the masses.

Some fans of Zhuang Wen, graduate students or professors, began to try to prove this conjecture.

But it is clear that they are making no progress.

To prove this, you have to actually discover new particles.

There was a storm on the Internet, and the academic community also made some waves because of this paper, but Zhuang Wen, as the initiator of the incident, did not pay much attention to it.

His time is precious, and he doesn't waste it judging other people's opinions.

After the paper was uploaded, he started the second experiment.

If the first experiment was intended to pave the way for the discovery of new particles, the second experiment was intended to provide a premise for the publication of the theory of the mechanical pulse model.