When a company is looking to expand into new businesses, it certainly needs all kinds of talent. The space tourism industry is one such new business and, furthermore, a new field on a global scale, which ans a lot of other talents are necessary.
For instance, the company is now recruiting space travel experiencers.
This position requires one to follow the testing schedule, board the sightseeing ship, and experience the space journey. In simple terms, that ans going to space to sleep, enjoy the scenery, and check out the exhibition and the restaurant, etc. After returning to Earth, a detailed travel experience report is needed.
Based on the space travel experiencers’ reports, improvents can be made to the Ship’s details, services, and equipnt to ensure a better experience for the passengers.
Clearly,
There are temporarily no space travel experiencers worldwide, but there are experiencers in the cruise ship industry, and space travel has so similarities to cruise ship travel. One is on the sea, and the other is in space, so recruitnt will need to happen from the cruise industry.
Such professionals are very rare, and each one is well-known in the industry. To hire soone as a space travel experiencer, an exceptionally high remuneration must be offered.
After a brief eting with the technical departnt staff, Zhao Yi started thinking about the space experience problem.
The main issue with space travel is that one has to stay in a gravity-less environnt for an extended period. It feels quite strange in the short run but can beco unbearable for so people over ti.
Zhao Yi couldn’t help but think of a research problem—creating gravity.
In many science fiction movies, people on spacecraft are not floating, but walking normally, as though there is gravity beneath the spaceship. However, in real-life spacecraft, including space stations, astronauts are always floating, which affects their normal living.
For example, eating and drinking can be difficult.
It’s the sa with the restaurant on the sightseeing ship. Though called a restaurant, it actually serves as a place to provide squeeze-food, which can be made to taste decent but will certainly differ from regular food.
The main reason is that eating in a zero-gravity environnt is a serious challenge. Normal food and drinks would float everywhere, making them extrely difficult to clean up.
So, is it possible to create gravity beneath the ship?
This has been considered before.
The gravitational force on Earth originates from the Earth itself being compressed by space, twisting space to form it. Any mass on the surface will be affected by gravity.
Anti-gravity technology blocks gravitational waves, not creating a zero-gravity environnt.
Therefore, creating gravity has nothing to do with anti-gravity technology. Rather, it is sowhat related to Z-wave, which compresses space, in essence making matter heavier.
However, it is clear that Z-wave cannot be used to create gravity because the increase in spatial compression ratio directly affects matter itself, rather than twisting the surrounding space.
The latter would be an effective way to increase gravity.
"So how can we create targeted spatial distortion?" This is undoubtedly directly related to space control research.
Zhao Yi pondered, "We still need to continue analyzing space!"
"If we could decipher other characteristics of space, we would know how to control it, rather than just utilizing the Z-wave’s property to increase the spatial compression ratio."
"But where to start?"
Zhao Yi had no clue for the mont. He simply analyzed the principle of Z-wave transmission in detail and suddenly found that one aspect had not been thoroughly researched.
That is the absorption of energy by space.
Whether it’s the study of anti-gravity technology or the research on Z-wave technology, both involve the absorption of energy by space.
When space absorbs a certain level of energy in a short ti, it can potentially lead to the formation of Anti-Energy plains.
This is the result of space reaching its limits in absorbing energy.
But what about before reaching that limit?
Where does the energy go?
The previous assumption was that space absorbs the energy, causing continuous expansion which led to his "Universe Theory". But even if it is the expansion from space absorbing energy, what about the process of expansion?
How is expansion achieved? What exactly is the process of reaction?
These are all of great research value.
Zhao Yi quickly made detailed notes, knowing he had found the focus of his space research.
——
The second test of the sightseeing ship officially began.
Two hours before launch, Zhao Yi and the senior managent t with the astronauts who were both ready.
One was Lu Xiaowei from the previous Mars Mission, and the other was the new astronaut Zheng Bin.
This was a case of an old-tir leading a newcor.
Lu Xiaowei was the captain of this mission and could be said to be the ’captain’ of the sightseeing ship, while Zheng Bin was his deputy.
Lu Xiaowei and Zheng Bin saluted together.
The senior managent went over to encourage them with a few words that essentially ant, "You are all very excellent, keep it up, the mission will definitely be a success".
In Zhao Yi’s view, they were just a bunch of aningless words.
Lu Xiaowei and Zheng Bin probably didn’t see it that way; both seed sowhat excited after being encouraged by the senior managent.
Then it was Zhao Yi’s turn.
Zhao Yi said directly, "Don’t worry, the automatic control system brought the sightseeing car back safely last ti, and now safety protections, including a lifeboat and specially-made spacesuits, have been installed."
"If you really encounter danger in space, don’t hesitate to jump ship and flee. We will imdiately launch a spacecraft to rescue you."
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