“Science means daring to question authority!”
"The Theory of Relativity may not be 100% correct. I also believe that particle waves can exceed the speed of light..."
Wang Hao's tone was very calm and he was just expressing his opinions normally, but his content stunned everyone in the research group.
Science does question authority.
But Einstein?
Even though a lot of research has been completed, some of which are outside the scope of the "Theory of Relativity" and some are inconsistent with the results of the "Theory of Relativity", it is still shocking to question the "Theory of Relativity" and break the "Theory of Relativity".
That’s the Theory of Relativity, and it’s Einstein!
From the last century to the present, who dares to question Einstein? There is a saying in the physics community that research over the past hundred years has been conducted around Einstein's theories.
Whoever can prove Einstein's theory will win the Nobel Prize in Physics.
This shows the influence of Einstein.
Some of their previous research intentionally 'avoided Einstein', otherwise it would be difficult to be accepted by the physics community.
When a certain theory conflicts with Einstein's research, physicists almost vote with their feet, "It is different from Einstein's research, so you are wrong!"
This is also the reason why "Time Theory" was boycotted.
"Time Theory" believes that the speed of particles in a strong annihilation force field can exceed the speed of light. Even if it exceeds the speed of light in different field forces, it is still difficult to be accepted by the physics community.
Wang Hao glanced at everyone and said with a smile, "Don't be so nervous. You know very well that your research results directly conflict with the Theory of Relativity."
"I just said it."
Helen, Paul Phil-Jones and others certainly understand what Wang Hao means. The result of their research is that "particle waves can exceed the speed of light."
"Theory of Relativity" believes that the speed of light is the highest speed in the universe. Matter or energy at the speed of light can be described as "teleportation", and it cannot be faster than instantaneous movement (the relativity of time, the time within the speed of light
It is stationary relative to the outside world).
Helen, Paul Phil-Jones and others concluded that "the speed of particle waves can exceed the speed of light", which directly denied the conclusion that "the speed of light is the highest speed".
This is where the conflict lies.
There are many issues involved, and they all must be demonstrated one by one.
"I support you."
Wang Hao first gave verbal support, and then his expression became much more serious. He said, "The Theory of Relativity is not 100% correct. There are already many unexplained problems."
"First of all, particles cannot exceed the speed of light. This is just our opinion. Some international institutions have discovered particle waves that exceed the speed of light. However, because there are relatively few discoveries, they are either considered to be detection errors, or because they cannot
Explanation is on hold.”
"You should know this."
The others nodded seriously. They do research in theoretical physics, and of course they care about the news in the scientific world.
Occasionally, international news breaks out about the discovery of particle waves exceeding the speed of light, but even if there is an explanation, it is said to be the remnants of the Big Bang, and is also connected to the phenomenon of cosmic expansion, explaining why particle waves can exceed the speed of light.
.
However, any explanation can only be said to be far-fetched and cannot provide a complete argument.
"Second, the energy at which a particle reaches the speed of light."
Wang Haodao, "The Theory of Relativity holds that approaching the speed of light will extend time infinitely, so it will never be possible to create matter with mass that reaches the speed of light."
"According to the Theory of Relativity, we know that when an object accelerates to a certain extent, the obstacle caused by the slowdown of time can be clearly felt. At the same time, when the object reaches the speed of light, the energy it carries is close to infinite."
He stood up as he spoke, "Actually, high-energy cosmic rays can reach more than 99% of the speed of light, or even 99.9999... In fact, it is already the speed of light."
"The reason why it has not reached the speed of light is not because it itself has not reached the speed of light, but because the physics community does not allow it to reach the speed of light..."
This sentence made everyone stunned for a moment, and then they all laughed.
Of course they understand what it means.
Most of the cosmic rays are composed of protons, nearly one-tenth are a particles, which are helium nuclei, and one percent are heavy elements.
In other words, cosmic rays are beams of high-quality particles.
According to the Theory of Relativity, a particle beam with mass cannot naturally reach the speed of light.
Some physical institutions detected the speed of cosmic rays, and later announced the result that "it has reached 99.999999 percent of the speed of light...", which seems to have almost reached the speed of light.
But how did they calculate it so accurately?
Because the calculated speed is the speed of light, but the speed of light particle physics community does not recognize it, so when it was released, it could only say that it was "infinitely close to the speed of light."
Wang Hao continued, "Even if their calculations are accurate, the energy carried by cosmic rays that are infinitely close to the speed of light must also be infinitely close to the speed of light."
"But in fact, when cosmic rays reach the Earth, they can still only produce secondary particle beams that penetrate the Earth's atmosphere and surface, rather than directly causing a big explosion."
"the last point."
Wang Hao returned to his seat and typed on the keyboard to search for a paper, "Let's take a look at this. It's a very common paper, related to particle acceleration."
Several people came together.
This is a study on positive and negative particle collider experiments. It has been published for twenty years. The content is that "the experiment proves that the maximum speed of particles and the particle mass, charge, accelerating electric field strength, accelerating power and other parameters are all consistent."
No connection'.
The paper is a discussion with an experimental structure and is a very ordinary paper.
If they usually see such a paper, they will not be interested at all, and they will not click on it to read it carefully.
Now they are watching it very seriously.
This paper is a summary based on several particle acceleration experiments. The study found that during the process of particle acceleration, the closer to the speed of light, the slower the 'acceleration' will be. The reason is that the particle accelerates to a certain extent.
Quality will continue to increase'.
This chapter is not finished yet, please click on the next page to continue reading the exciting content! According to Newton's law, it can be seen that when the same force is given to an object, the higher the mass of the object, the lower the acceleration.
However, the experiment studied the 'maximum velocity of particles', and found that it has no correlation with parameters such as particle mass, charge, accelerating electric field strength, and acceleration power.
It is directly related to...
The propagation speed of electric field!
Because the propagation speed of the electric field is the speed of light, the maximum speed at which particles are accelerated is the speed of light. The paper finally adds, "If the speed of the particle reaches the speed of light, it will be consistent with the speed of the electric field exerting force, and it will no longer accelerate."
The experimental data and analysis of this paper are relatively simple.
Everyone read the content quickly.
Wang Haodao, "This is a very common paper. There are many studies related to particle acceleration, and the conclusions are similar. They have a common characteristic..."
"That's bypassing the Theory of Relativity!"
"Obviously, in the field of particle acceleration, the Theory of Relativity has almost no effect. The maximum speed of particles does not depend on mass, and the so-called 'relativity of time' has no manifestation."
"According to the conclusion of this study, we can also understand 'acceleration slowing down' from another angle, which is not necessarily 'increase in mass'. It can also be understood as 'acceleration is affected by the propagation speed of the electric field'. When the speed is zero, the electric field propagates
The speed is the speed of light, but if the speed is close to the speed of light, it is also close to the speed of electric field propagation..."
"In short, it is affected by the propagation speed of the electric field."
Wang Hao said a lot in succession.
In fact, he did not completely deny the Theory of Relativity, but gave others confidence from a questioning perspective.
The research they want to do will definitely conflict with the Theory of Relativity.
In this case, many people will naturally have a drumbeat in their hearts, and they need confidence to support them.
After talking a lot about "The Theory of Relativity" and existing problems in reality, others obviously increased their confidence and were less concerned about conflicts with "The Theory of Relativity".
…
The main core of the research group is to 'demonstrate the movement of particles beyond the speed of light and the issue of time'.
In previous research, there was an argument from the "Time Theory". The main content is that the speed of light is faster and time is faster under a strong annihilation force field, which means that there is a 'time difference' between force fields.
Now it's a question of particle speed.
On the basis of "Time Theory", the speed of a beam of particles under a conventional annihilation force field exceeds the speed of light. What is the internal and external time flow rate like?
The conclusion of "The Theory of Relativity" is "traveling through time and space".
To be continued...