Free Web NovelChapter 1505: Chapter 712: Offering Wife and Child? Forget It!_2
The overall jump direction of a Voidon is, in other words, the collective assessment made for a region to determine the overall motion direction of Voidons within it.
For instance, the mere existence of Earth causes spatial distortion, thereby generating gravity that attracts other massive objects.
Therefore, the predominant direction of Voidon jumps on the surface of Earth is downward.
When interpreting experimental results, it can be understood that within the area covered by spatial distortion, the motion direction of Voidons moves towards the middle, with gravity acting upwards from below and downwards from above.
"The overall jump direction of Voidons is positively correlated with spatial direction," a simple phrase, was the first time that Voidons were directly connected to gravity.
Even if similar judgments had been made before, it was impossible to definitively link the control over the overall jump direction of Voidons with gravity, because for individual Voidons, their motion might appear random, and controlling a collective is different from controlling an individual.
It’s like a photon in a beam of light; you couldn’t possibly predict the precise direction of that photon in the next moment, but the light beam as a whole definitely has a direction.
Having determined that the overall jump direction of Voidons and spatial direction are positively correlated, the creation of spatial distortion can be understood as the central region’s Voidons supplementing the void created by the transmission of space to the connecting region, while the surrounding region’s Voidons will replenish the central area’s Voidons.
At the same time, when there is a large influx of Voidons at the input end, Voidon annihilation occurs.
The second assessment based on experimental results is the latest conclusion: "During the process of channel connection, the replenishment effect of Voidons will only occur within a fixed region and will not spread to broader areas."
This issue is considerably complex.
One significant unknown is that during the operation of space connecting devices, new Voidons are continuously produced, but where these Voidons come from, the extent of the area they affect, and how they operate after production are all uncertain.
Now we can only interpret the experiments based on the Voidon hypothesis in an understandable way, and describe and calculate the issues with space math. There are still some points unclear that need to be gradually researched, because some problems can’t be completely demonstrated by a single experiment. Issues related to the absorption of energy by space to create Voidons, anti-gravity technology, Z-wave technology, and even massive particles and energy are theoretically continuously creating Voidons, so the related issues are very complicated and can’t be understood overnight.
After solving the theoretical problems related to the experiment, the relevant theories still need to be refined. The gravity experiment team also has a lot of work to do; they do not disband after the experiments but need to continue with their research. freewebnovel.cσ๓
This research involves continuing to increase channel strength to create stronger spatial distortions.
To create stronger spatial distortions, which effectively means creating stronger gravity, the associated technology is vital. If we want to put the newly discovered gravity generation technology into practical use, our best option would be to create gravity equal to that on Earth’s surface, which requires increasing the channel strength tenfold from the current level.
The current channel strength was achieved after lengthy research by Zhao Yi and his team, along with coordination from many experimental groups and manufacturing plants.
Therefore, the tremendous research and development work that lies ahead for the gravity experiment team is indeed challenging, but fortunately, the theoretical team will also participate in the technological research and provide some very viable suggestions. Zhao Yi also hopes that the gravity generation technology can be greatly enhanced, as creating gravity is the missing technology for space shuttles, and the ability to generate it would fill this gap, making the shuttles more suitable for long-term human habitation.
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The theoretical team indeed has a lot of work, including matter transmission experiments, gravity experiments, space mathematics analysis, and so on.
Zhao Yi also needs to keep an eye on the Lunar Base project of Yixing and the company’s development and occasionally attend technical development conferences. He feels like he’s merely a tool for research and development, rather than a normal human being.
One significant piece of news one day was that Li Renzhe ’went to space.’
Zhao Yi was extremely busy, yet he still managed to carve out a morning to visit the Aerospace Bureau’s launch center.
When he arrived at the launch center, Zhao Yi saw all the astronauts, researchers, and other staff members involved in the mission.
There were sixty-three people onboard the transport ship heading to the Lunar Base, unequivocally a vast and impressive number. The majority were construction personnel tasked with expanding the base, building, and also enlarging and constructing the solar power transmission and conversion devices.
The Lunar Base now has a significant footprint, with built areas that can support around a hundred people’s living needs. Part of the solar power transmission and conversion device has been constructed and can directly convert and transmit electrical energy for use at the base.
About forty people are working in the Lunar Base team. Roughly half of them have been working for over two months and need to return to Earth’s surface for health checks and normal rest.
However, the expansion of the Lunar Base will continue. It’s not for accommodating too many people or building specialized residential areas, but rather for constructing professional laboratories for scientific research use. At the same time, the Aerospace Bureau plans to build a super-large radio radar, and Yixing, as scheduled, is preparing to construct an ultra-high-power Z-wave satellite.
