It seems this will require experintation to answer.
What Zhao Yi could do was to mathematically analyze their encounter, studying potential changes that might occur.
As for current research on Z-waves, it only exists as mathematical expressions in formulas and cannot be precisely represented by letters like chemical elents.
Electromagnetic waves are also expressed mathematically.
When the two expressions are put together, it feels incredibly chaotic, but he needed to find patterns amidst the chaos.
To Zhao Yi, this was not difficult.
However, since the study of electromagnetic waves was thorough and there were many mathematical expression thods, he made many formulas, comparing each one by one to find a pattern.
Hard work pays off!
After two straight weeks of research, he finally found the corresponding formulas and reasoned through on a mathematical logic basis.
Then, he discovered sothing very interesting--
Under the constraint of fixed-strength spatial barriers, the energy of Z-waves would be completely absorbed by a corresponding strength magnetic field.
Z-waves seed unrelated to electric fields and had little connection with electromagnetic waves, but they were greatly affected by magnetic fields. Even in a non-spatial barrier environnt, the magnetic field would absorb the energy of Z-waves, albeit with different absorption ratios.
"Magnetic fields absorb the energy of Z-waves, which ans, the factors affecting the transmission distance of Z-waves may not be air, matter, particles, but Earth’s magnetic field?"
"Close to the ground, where the magnetic field is strong, if it’s in outer space, would the Z-wave propagation distance increase significantly?"
"This... is quite interesting!"
This conclusion made Zhao Yi very happy because he gained a deeper understanding of Z-waves, not only identifying what they’re associated with but also how to constrain them.
Since a specific magnetic field strength could completely absorb the energy of Z-waves, once it completed absorption, the strength of the magnetic field would certainly increase.
What if the spatial barrier weakens or is entirely out of influence?
In a normal environntal state, the magnetic field would certainly release ’the absorbed energy’, and it is highly likely that it would release Z-waves.
"This is probably the link between magnetic fields and space, isn’t it?"
"With the Z-waves released by space, the magnetic field and space are connected."
"If everything proves effective, Z-waves could truly be constrained and made controllable..."
Contemplating, Zhao Yi began to organize the data.
This part of the content was too important; he had to organize it thoroughly.
...
When the theoretical research on Z-waves made progress, Zhao Yi planned to have the anti-gravity team experint, but before he could explain, he received so shocking news.
"What did you say? There was an accident?"
"No casualties... luckily, but a nuclear explosion?"
"Z-wave?"
Special personnel ca to report, explaining the cooperative research conducted by the anti-gravity team, the nuclear facility, and the military.
They tried using Z-waves to penetrate a bomb, but unfortunately, no reaction occurred.
Next, they attempted to make Z-waves penetrate a small nuclear reactor, and an accident happened: the reactor exploded violently.
Fortunately, the reactor’s enrichnt wasn’t high, and even with the energy boost from Z-waves, it only caused a small explosion. However, due to the nuclear radiation effect, the affected area was still quite extensive.
"Thank goodness the experint was conducted in a deserted area in the desert; otherwise, the problem would have been far too great!"
"A serious accident indeed!"
"No one was in danger, but the best-performing anti-gravity device suffered severe impact. Even if the main components weren’t damaged, we decided to abandon it all..."
The decision was normal.
The reactor had experienced a minor explosion. Even if it hadn’t destroyed the device, there was sure to be a lot of radiation. The anti-gravity device was very close to the reactor, which would definitely be filled with high levels of radiation. Reuse would require radiation cleaning for every component, simply not worth the cost. It was better to destroy the device on the spot and bury it deepest in the desert.
This accident also caused a huge loss for the team. Since it was the high-performance third machine, the lowest cost exceeded 500 million yuan. Adding the small nuclear reactor and other experintal equipnt, the direct loss was estimated to be at least 1 billion yuan.
Upon hearing the news, Zhao Yi imdiately went to the anti-gravity team’s research base and verbally consoled Dong Lihua, then sighed, "A single experint with a loss of ten billion? That is truly painful. But actually, it’s not without gain; it’s best to prove that Z-waves can detonate nuclear reactors."
"In theory, Z-waves can definitely detonate a nuclear bomb," Zhao Yi said, referring to atomic bombs.
The principle of an atomic bomb is to create violent nuclear fission. Z-waves can significantly increase particle activity; if they can make a low-enrichnt reactor explode, they can naturally detonate an atomic bomb with high enrichnt.
"What’s the significance of that?"
Dong Wenhan shook his head with a sigh, "There are many ways to detonate a nuclear bomb, using Z-waves just complicates things. In fact, I was against this experint from the start, but the nuclear facility and the military were very interested in Z-waves..."
"Blah blah blah~~~"
Dong Wenhan went on to complain about being pressured into agreeing to the experint.
And the result?
The reactor was detonated!
"Isn’t this the desired result?" Zhao Yi remarked. "Otherwise, why conduct experints? Actually, you’re wrong; this conclusion is very useful."
"What use is it?" Dong Lihua asked, looking up confusedly.
Zhao Yi took a leisurely sip of tea, took a mont, and then smiled, "That’s what I ca here for."
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