The research team created a directional gravitational field and a strong annihilation force field to conduct a superposition experiment, and found that the annihilation force field was not disturbed in any way. The part where the directional gravitational field was superimposed on the strong annihilation force field seemed to not exist at all.
It is very distressing that there is no phenomenon in the experiment, but the absence of any phenomenon is also an important result.
When faced with brand-new physical phenomena, it will always lead to analysis from many different angles, leading to different conclusions.
In the same research group, everyone has different opinions.
Controversy arose within the theory group.
This controversy has arisen once before, when Paul Phil-Jones and Helen put forward different views during the study of the theory of cosmic expansion.
Paul Phil-Jones proposed the ‘short wave theory of space’.
Helen proposed the ‘space particle theory’.
Now when it comes to the research on S-waves, the situation is very similar. Helen prefers to regard S-waves as composed of particles, while Paul Phil-Jones prefers that S-waves are composed of individual short waves.
Paul Phil-Jones explained his point of view seriously, "S-waves and annihilation force are closely related, that is to say, S-waves cannot be annihilated."
"Weak S waves may have stronger penetrating power and can enter the strong S wave area. However, the weak wave intensity is low and will not affect the strong waves. In other words, the weak S waves will not affect the strong S waves.
Physical properties of the S-wave region.”
Paul used the "short wave theory of space" to explain why the gravitational field can penetrate the antigravity field but cannot penetrate the strong annihilation force field. What he expressed is like a water bottle filled with stones, but there are still gaps.
Yes, when sand is put in, stones will also have an impact.
If the water bottle is filled with sand, no more stones can be put in it.
Paul's point of view makes some sense.
Helen sneered at this and even made a personal attack, "Paul, you are old and no longer suitable for research!"
"Your theory is still string theory, and what you represent is still string theory!"
"You always like to think of the microscopic components of things as short waves and strings, but in fact, it's completely wrong!"
Paul gritted his teeth when he heard this.
If the target were a man, he felt like he couldn't help but punch him.
Of course, he would only think this way when the target is a girl...
Helen continued to express her opinion. What she came up with was her own theory of 'space particleization'. "I have done research a long time ago. Space can be regarded as composed of particles, and the same is true for S-waves."
"If the basic components of space or S-wave are regarded as particles, then the directional S-wave can be regarded as a string of a large number of particles. The normal environment, anti-gravity field and strong annihilation force field can all be regarded as different
The space formed by the disorderly escape of intensity 'space particles' and their free movement."
"'Space particles' can be referred to as 'empties'."
"The normal environment can be seen as a space supported by a large number of regular-strength holes, and the gravitational field can be seen as creating strings of holes that propagate in an orderly manner."
"When an orderly propagating hole string encounters a strong annihilation force field, the connection between the holes will be interrupted, and the hole string will turn into a disorderly escaping hole..."
The theories of ‘short-wavelengthization of space’ and ‘particleization of space’ are not brand-new theories.
When they first studied the theory of cosmic expansion, Paul and Helen had the same controversy. They looked at space from completely different perspectives.
Wang Hao also had knowledge of the two theories. Paul also published his short-wave theory on space, which caused widespread discussion in the theoretical physics community. Regardless of whether the theory is accepted by the physics community, many string theory scholars have a better impression of Paul.
Some believe that Paul has not "given up on string theory", and some even say that Paul is "a hero who endured humiliation and endured heavy hardships to break into the annihilation theory."
That’s why Helen criticized Paul, “You still represent string theory”!
To be fair, the two views put forward by Paul and Helen are both reasonable and can explain the experimental results.
Wang Hao's attitude was relatively neutral before. Neither the space particle theory nor the space short wave theory was convincing enough. Just like the controversy between waves and particles that appeared in the history of physics, in the end, the only way to solve this problem was with the concept of 'wave-particle duality'.
sex' as an end.
But in fact, the "wave-particle duality" does not solve the fundamental problem, but only comes to the conclusion that "you are right, he is right too".
When solving a practical problem, one must either think of light as a particle or as a wave.
What we are encountering now is a practical problem. It makes no sense to adopt two viewpoints at the same time. Wang Hao prefers Helen's 'space particleization' theory.
This is mainly because space particleization can explain more problems, and can even explain the essence of the existence of annihilation force.
‘Short wave space’ covers a relatively narrow area.
But the above is just a theoretical controversy. In terms of experimental research, we still need to rely on real experimental findings and technological improvements.
The improvement of the theory needs to be supported by experimental conclusions.
The experimental team hopes to create directional strong S waves in the annihilation force field. They continue to modify the equipment, hoping to combine the gravitational field equipment with the strong annihilation force field.
Three weeks later, the study failed.
First of all, there was no progress in the experiment. They made many changes to the equipment and found nothing at all.
In addition, it is very important that Wang Hao held many technical meetings and could not even get any correct feedback or inspiration.
To a certain extent, Wang Hao can judge that the research direction is probably wrong.
So he decided to put his research on hold.
"We need to change the direction, put aside the strong annihilation field technology, and directly create directional strong S waves!"
At the meeting, Wang Hao determined new directions and also established new research tasks.
【Task 3】
[Research project name: Creating directional strong S-waves (S-level).]
[Inspiration value: 0.]
When establishing a new research task, Wang Hao had already determined that the direction was correct.
S-level tasks can at least be completed, but creating directional S waves in a strong annihilation force field cannot get any correct feedback at all, and even the task cannot be established, which shows that even if it can be studied, it is very difficult.
At the same time, Wang Hao also identified a new research task, which is directly related to "regional strong annihilation force release of F-rays".
"If we can create a strong directional S-wave, that is, if we complete mission three, then the inspiration value of the S-level research on mission two will definitely be greatly improved!"
"The two are directly related!"
"Mission three may be part of mission two..."
…
After formulating the new research direction, Wang Hao also determined the reference scope for technical research.
There are two technologies that are the most important, one is the gravitational field technology, and the other is the strong annihilation field technology.
At the same time, you can compare the structures of anti-gravity equipment and gravitational field equipment. The structure of strong annihilation field equipment is much more complicated than that of anti-gravity equipment, which also means that the research difficulty will be very high.
In the following time, everyone focused their energy on research in the same direction.
Their goal is to directly create directional strong S waves.
The new direction is indeed correct, and the direct proof is that it can get correct feedback and increase the inspiration value.
Wang Hao also focuses on research in new directions. Even if the inspiration value does not increase much, as long as it continues to grow, he can look forward to the day it is completed.
soon.
Two weeks have passed.
On this day, Wang Hao suddenly received news that the leadership team was about to arrive at the experimental base.
He was very surprised.
The leadership team did not say hello in advance and came very suddenly, as if it was a surprise inspection.
At the Annihilation Field Experimental Base, what can be done for surprise inspection?
The base is full of personnel from the military and science and technology departments. They also have sufficient authority to conduct various researches, and they do not use the science and technology department to allocate funds. What else do they need to check?
Wang Hao still went to the base gate to receive the leadership team.
The ones who came were Teacher Zhao and Teacher Xu. They were still very enthusiastic when they saw Wang Hao. They seemed to be visiting the base normally. They briefly asked about the content they were studying, and then walked around various experiments.
halfway.
Teacher Zhao and Teacher Xu kept asking about safety issues, "Have you done all the safety guarantees for all the experiments you did?"
"What you are doing is brand new research, so you must ensure safety!"
To be continued...