Belenko Gilgilgrin and his team discovered mysterious rays and determined that the rays were made up of mysterious particles.
This discovery made Belent and his team fantasize about the Nobel Prize in Physics.
However, the analyses in dia reports were not optimistic at all about Belent winning such an honor.
When Belent was interviewed, he ntioned that the mysterious rays were very likely related to space shuttle experints. If there was a direct connection between the two, his team was definitely not the first to discover the mysterious rays.
Even though there is no clear public principle for the space shuttle experints, everyone knows that dostic teams must have been the first to discover the mysterious rays. If one is not the first to discover it, it is very difficult to win any honors, let alone the Nobel Prize in Physics.
This award is recognized as one of the most difficult to win in the world.
Belent did not have long to enjoy his excitent, however. Just two weeks later, while he and his team were still focused on experinting and diving into the research on mysterious rays, Zhao Yi published a research paper with the straightforward title—
"Z-Wave"!
"In our experints with the Anti-Energy barrier, we found that when the barrier’s energy is concentrated to a certain extent, it releases a mysterious wave."
"The reason it is called a ’wave’ is because it is easier to understand, but in fact, further research revealed that it is not a wave but rather a type of ’spill-over energy’ that is instantly released, possesses infinite speed, and can last for a certain duration depending on the energy intensity and coverage area."
"This ’spill-over energy’ directly covers a certain area, achieving instantaneous conduction. It can be absorbed by plasma, can be absorbed by active particles, and it can also interact with matter."
"Later research showed that ’spill-over energy’ can also be absorbed by magnetic fields."
"However, the magnetic field around the Anti-Energy barrier, when it reaches a certain strength, will greatly limit the conduction coverage of the ’spill-over energy’."
"After studying the characteristics of spill-over energy, we have terd it ’Z-wave’."
When the research paper was published, it imdiately caused a worldwide sensation.
Combining this with Belent’s statent, it can be confird that Zhao Yi’s ’spill-over energy,’ ’Z-wave,’ is the sa as what Belent referred to as the mysterious rays and new type of particles, but the two statents are entirely different. Belent’s view that it is a type of ray made up of mysterious particles allows for the interpretation of it as a ’wave.’
Zhao Yi’s published report considers the mysterious rays to be pure energy that does not contain any particles.
The sa thing, two different conclusions.
Whom to believe?
There’s no need for judgnt.
Because in his report, Zhao Yi clearly stated that they had applied Z-wave technology to successfully complete the space shuttle experint.
With the space shuttle experint broadcasted worldwide, and considering that Zhao Yi is the founder and discoverer of antigravity technology as well as Anti-Energy barriers, his conclusions easily overshadowed Belent’s, who did not even have the courage to argue with his team. They also imdiately believed Zhao Yi’s conclusions.
The gap between the two parties is too large; they are simply not on the sa level.
Belent and his team had just discovered the mysterious rays and were still exploring its properties in various ways, and the new particle theory was just a speculation about the mysterious rays.
Zhao Yi’s report, on the other hand, disclosed many properties they hadn’t discovered.
For instance, that energy could be absorbed by magnetic fields.
And that it could also interact with matter.
Although Belent had not conducted experints related to magnetic fields or discovered that the rays could interact with matter, it did not stop him from imdiately believing it and promptly directing his team to adjust their experintal plans.
"We need to see specifically what kind of reactions the Z-wave rays have with matter."
"His report doesn’t disclose that, but there must be so effect."
"Additionally, we should also study the issue with magnetic fields to see if magnetic fields indeed can absorb Z-wave energy; it certainly is content worth researching."
After that, there was no news of Belent in public opinion. He and his team were dedicated to their experints, hoping to better understand Z-wave rays.
At the sa ti, the academic world was interested in Zhao Yi’s published report. Z-wave is a completely new form of energy with many unique properties that are very worthy of research.
Even though Z-wave has been thoroughly researched dostically, they still need to confirm it through experints, as the characteristics of Z-wave are only ntioned in reports. They must conduct experints themselves to confirm the conclusions.
Zhao Yi’s public release of the Z-wave theory was actually quite fast, as other institutions had just made the discovery and even provided incorrect definitions.
But Zhao Yi’s release of the research report was also approved by the higher-ups, with the main consideration being the space shuttle project.
This was to prepare public opinion for the space shuttle project.
The space shuttle experint was already astonishing enough, and it was certain that a spaceship capable of space travel would be developed in the future. A spaceship with a nuclear fusion device would definitely be huge.
Thus, what would be created is a cosmic spaceship, and building a cosmic spaceship would require a massive amount of resources and it’s a colossal project. It’s impossible to keep it a complete secret.
This was discussed in etings as well.
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