"The mysterious rays are invisible, but they can produce an effect that enhances electrical energy,"
"My research team, during the process of studying anti-energy barriers, discovered these rays twice."
"And on both occasions, the sa thing happened: the external devices experienced a burst of electrical energy. To put it simply, a stable current of 10A would suddenly surge to 20A or 30A, while the voltage remained stable."
"This is a very strange phenonon. If it happened just once, it could be dismissed as a machine malfunction, but we are certain that there was no malfunction."
"Therefore, I believe it was caused by the mysterious rays, and we preliminarily refer to these mysterious rays as ’the second kind of electromagnetic wave.’ "
" ’The second kind of electromagnetic wave’ possesses a very magical ability, allowing the electric current to be enhanced out of thin air."
"I believe that this so-called super experint must be related to ’the second kind of electromagnetic wave’, and when you witness so miraculous events, do not be surprised."
"At the sa ti, I am very excited. The current research on anti-gravity technology and anti-energy barriers is far ahead of the world and will help us determine the direction of our developnt."
Thomas Berger said a lot, and his overt ssage was that the ’super experint’ was very likely related to the mysterious rays they had discovered.
He also made related speculations, "I think, this might be a ray associated with neutrinos. We are unable to detect anything in the experint, but it can increase the current."
"We have discussed that if neutrinos propagate at a certain frequency, they lose their penetrating power and can bond with electrons."
"Of course, this is just our speculation."
Thomas Berger is the head of the anti-gravity team at the Institute of chanics and a very famous theoretical physicist in the world; his words carry a certain weight.
But his explanation is difficult to understand, even for those well-versed in physics, because neutrinos have been discovered for such a short ti, science has yet to control neutrinos, and it is difficult to determine their properties.
The mysterious rays discovered by the anti-gravity research team at the Institute of chanics are likewise hard to understand, as they have too little evidence, just the sudden increase in the electrical current of devices, and the increase factor isn’t even that high, making it difficult to draw any conclusions.
This theory is certainly not as marketable as the ’anti-energy barrier information transmission device’.
Most scholars tend to agree with the notion of the anti-energy barrier information transmission device, and they think the so-called super experint is likely related to the anti-energy barrier.
No matter what, everyone is looking forward to the super experint.
Many dia from various countries have also co to interview, hoping to get first-hand news.
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When the Space Agency issued the announcent, Zhao Yi was working with the space shuttle experint team.
The space shuttle experint is currently the most important matter, and it has been decided that success is imperative since there is only one chance for the experint.
For this experint, more than eight months and over three billion yuan have been invested.
This is just the cost of the equipnt; human resources are not included.
Now, surpassing the theoretical verification stage, preparation for the actual experint is underway: the Z-wave Generator has been transported to the space station, and the anti-gravity spacecraft has been built.
Whether it’s the Z-wave Generator or the anti-gravity spacecraft, they both use conventional power sources without any core technical difficulties.
The main technological challenge of the space shuttle experint is the requirent for the space station’s Z-wave Generator and the manufactured anti-gravity spacecraft to coordinate and complete the experint together.
Initially, the concept was that the anti-gravity spacecraft itself would have the ability to release Z-waves, allowing it to initiate space shuttling imdiately after emitting Z-waves.
Now, two devices must coordinate: the anti-gravity spacecraft needs to co extrely close to the space station and align with the direction of the Z-wave Generator. After the generator emits Z-waves, a compressed spatial pathway is ford.
The experint plan requires the anti-gravity spacecraft to enter the compressed route (Z-wave Corridor) within two seconds to achieve rapid shuttle travel through space.
Through detailed calculations, Zhao Yi concluded that the anti-gravity spacecraft would need about seven seconds to reach the moon, with a timing deviation of no more than one second.
Thus, the total experint ti would be approximately ten seconds, while the Z-wave corridor’s maintenance ti would be about twelve seconds, leaving a two-second ’margin of error’.
The task of the anti-gravity spacecraft involves more than just this: after reaching the vicinity of the moon, the spacecraft will rely on inertia and the moon’s gravity to begin rapidly orbiting the moon. After orbiting the moon fifteen tis, the spacecraft will shut down all power sources, discard the heavy anti-gravity device, release the orbiting lunar satellite from within, and deploy its solar panels.
After about ten more orbits, enlarging its orbital radius, the device becos an exploratory satellite circling the moon, capable of capturing lunar images with its solar panels and transmitting them to the Earth command center.
The most crucial part of the entire mission is the initial space shuttle, while becoming an exploratory satellite for the moon is just an incidental achievent. Mainly because after reaching the moon, there would hardly be any fuel left for the anti-gravity spacecraft to return to Earth, it simply discards the heavy anti-gravity device and releases the orbiting lunar satellite.
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