Chapter 1485: Chapter 704 This is the Most Important Thing
The Lunar Base project entered its second phase, and the transport ship was ready to set sail.
The first task of the second phase was to transport materials, equipment, personnel, etc., to land near the Lunar Base.
After arriving at the Moon for the second time, the transport ship would stay for approximately one week.
During this one-week period, the personnel landing on the Moon would quickly build a temporary living base. Once the temporary living base was complete, the transport ship would carry back to Earth the two astronauts designated for the Lunar Base vehicle as well as other personnel who had completed their tasks, while a portion of the staff would continue working on the Moon.
The personnel continuing their work would mainly consist of professional technicians and construction workers.
This landing on the Moon would include not only supplies, equipment, materials, and personnel but also two specially-made excavators and one special crane, which could be referred to as lunar excavators and cranes. These three pieces of equipment would assist the workers in building the base.
After the transport ship’s second return to Earth, it would undergo maintenance for about a month, then make its third landing on the Moon to deliver the third batch of materials, equipment, and personnel.
The third batch delivered to the Moon would be more specialized, including complete experimental cabins and medical stores, as well as work vehicles and special Unlimited Power Automobiles, among other things.
Once the third batch of materials, cabins, and personnel had been delivered, the second phase of work would be complete, and the project would directly move into the third phase, which involved the construction of solar energy transmission and reception equipment to continuously provide power for the Lunar Base.
This task would take a very long time.
Once the solar energy transmission and reception equipment could maintain a certain power supply, the Lunar Base could operate normally.
The Lunar Base project would then enter its fourth phase, which involved the activation of large-scale scientific research and navigation equipment such as radio telescopes and Z-wave devices and so on. fɾeewebnoveℓ.co๓
All these would be part of the subsequent work.
The second phase of the project was incredibly complex. Not only Yixing’s transport ship would participate, but the Aerospace Bureau would also deploy newly constructed spaceships to land on the Moon and transport pre-built living quarters as well as radio telescopes. The mission manifest also included professional astronauts, technical staff, and a professional astronomer.
This astronomer’s name was Ying Renyong, a graduate of the Department of Physics at Harvard University, and a very famous international astronomer who had long been involved in ground-based observations of the universe.
Now, Ying Renyong would become the first ’astronomer to land on the Moon.’ He would be responsible for installing the radio telescope, working continuously for about half a month until Yixing’s transport ship landed on the Moon, at which point he would return to Earth with it.
The second phase of the Lunar Base project progressed in an orderly manner. The transport ship was quickly loaded with supplies and personnel and ascended into the sky. Zhao Yi was outside watching the ship ascend until it became a small black dot that could no longer be seen. Only then did he put down his waving hand and return with the others to continue their work.
Zhao Yi didn’t stay on, but instead returned to the Z-wave Experimental Base.
The theoretical group had been working at the Z-wave Experimental Base all along, with only Qiu Chengwen returning to the capital for a while. Edward Witten and Zhang Qican were like perpetual motion machines.
The former was understandable, as Edward’s wife simply stayed in a nearby town, and Edward Witten was a good husband who always took time to reunite with his wife.
Zhang Qican was somewhat incomprehensible, seemingly working like a perpetual motion machine.
Of course.
To some extent, Zhang Qican’s hard work was understandable, as he had become very famous internationally and, recently, the physicist most often mentioned in media reports.
This was largely due to the theoretical group’s publication of a paper on the relationship between energy and space. The paper was titled "Energy and Space - Voidon Hypothesis."
The first author of "Energy and Space - Voidon Hypothesis" was Zhang Qican, with Zhao Yi as the second author, and Edward Witten and Qiu Chengwen both listed as third authors.
Indeed, Zhang Qican contributed greatly to the research, but he certainly didn’t surpass Zhao Yi. At most, he could be considered somewhat stronger than Edward Witten and Qiu Chengwen, but the gap wasn’t as big as between the first and third authors. ƒreeωebnovel.ƈom
Zhang Qican was listed as the first author because Zhao Yi, Edward Witten, and Qiu Chengwen weren’t competing for it since they had already become the world’s top mathematicians and theoretical physicists and had no need to vie for authorship of a paper.
It was different for Zhang Qican, who had little international recognition, and even within the country not many knew of him. Having published a major paper together, they simply let Zhang Qican be the first author.
Additionally, this was also an acknowledgment of Zhang Qican’s abilities, as he indeed provided critical inspiration during the energy and space research process.
"Energy and Space - Voidon Hypothesis" discussed the relationship between energy and space, proposing that where there is energy, there must be space, and that space is not an empty void, but rather sustained by the existence of Voidon.
The paper explained a lot about the theoretical relationship between energy and space, complete with detailed mathematical calculations, and was followed by specific experimental content.
The data came from the matter transmission experiment.
In the middle part of the paper, the Voidon Hypothesis was used to explain the wave-particle duality problem and theoretically resolved the mystery of the double-slit interference experiment.