Yet he managed to contain his excitent and continued, "Just like this ti, when Academician Zhao encountered a problem he couldn’t solve, what to do? Gather a wide range of ideas!"
"This is a great opportunity, but, you know, opportunities are always reserved for those who are prepared, like —"
Wang Enlong finally got to the crucial point, his tone becoming sowhat excited, "I have participated in experints with Academician Zhao. I can’t tell you the specifics, as they’re confidential, but do you know how shocking it was?"
"After that experint, we all learned a lot and stored new knowledge in our minds."
"Academician Zhao faced an issue, and because we have also been through experints and understand so of the content, coupled with adequate preparation, thorough thinking, and a serious attitude—"
"All these are the foundation of success!"
Listening to this, Sun Jianxin felt sowhat puzzled, because Wang Enlong’s tone seed to imply that he had already succeeded?
But why?
Just as Sun Jianxin was about to ask, he saw Zhu Gui, the team leader of Group Three, co in through the door with a joyful smile on his face.
Wang Enlong imdiately stood up, "Director Wang, is it—"
"Yes!"
Zhu Gui nodded emphatically, then turned to look at Sun Jianxin, "Jianxin, incredible!"
"Huh?"
"What?"
Both Wang Enlong and Sun Jianxin were a bit confused.
Zhu Gui walked over and gripped Sun Jianxin’s hands firmly, "I’m telling you, impressive! Your report has been adopted by Academician Zhao, who personally said that the 200,000 yuan prize is yours. Moreover, he said that everyone should learn from you. In the process of research, one must think more, co up with new ideas; creativity is more important than hard work!"
"These were Academician Zhao’s exact words, Jianxin. This ti, you’ve really earned face for our Group Three! Impressive!"
Zhu Gui finished speaking, still excitedly patting Sun Jianxin on the shoulder.
Sun Jianxin didn’t know how to react; he even sowhat forgot what exactly he wrote in his inspiration report.
Wang Enlong, however, was stunned for a long ti before saying sourly, "Jianxin, I hadn’t finished speaking just now. Opportunities are reserved for the prepared, and you, you’re that kind of genius. Academician Zhao said it, inspiration is more important than effort."
"Um, thanks Director, thanks Brother Wang!" Sun Jianxin nodded excitedly, but recalling what Wang Enlong had said, he still felt that sothing was off.
Could it be because Brother Wang had known all along that his report was adopted by Academician Zhao?
——
What happened in the R&D departnt was no longer a matter of concern for Zhao Yi.
He was more interested in theoretical research.
The previous records of space connection were theories overturned by experint, and as they were considered a form of information transmission technology, they did not take into account the possibility of energy transfer.
Now, with new discoveries in the experints, Zhao Yi couldn’t wait to deduce the underlying theory.
But to perform mathematical deductions out of thin air with the aim of finding the key points was too difficult.
Zhao Yi still called the Space Information Technology company, asking them to send another R&D team over with more precise and comprehensive testing equipnt.
Very quickly.
The sa R&D group ca to the Yixing Technology research base for the second ti.
Because the scale of the experint was not large, a temporary laboratory was sufficient.
This experint was different from the last one.
Zhao Yi planned to connect two devices, and during the process, make slight adjustnts to the position and direction of the micro-beams inside the devices.
In the continuous adjustnt process, they would test the efficiency of light energy transmission to see if it changed due to the micro-adjustnts of the micro-beams.
This was to study the relationship between the distribution of internal micro-beams and the efficiency of light energy transmission.
The experint was highly targeted, but finding the actual relationship was extrely challenging. However, with a clear direction and cause-and-effect reasoning abilities, so conclusions could still be reached.
Zhao Yi discovered that so fine-tuning of miniature light beams did not affect the establishnt of space links, yet it could directly influence the efficiency of light energy transmission.
After a series of experints ended, the research and developnt team perford a detailed data comparison and subsequently convened a eting to discuss the results.
Based on the results, Zhao Yi concluded, "This conclusion indicates that the precision required for light energy transmission efficiency needs to be higher."
"What does that an?"
"Because internal light beam adjustnts do not affect the establishnt of connections but can affect energy transmission efficiency, it indicates that the threshold for establishing connections is higher, while the threshold for light energy transmission is much lower."
"For instance, with a parater X, if X has a value from 10 to 20, a space link can be established, while a value of 15-16 ensures maximized light energy transmission efficiency. That’s why as long as adjustnts are made within the 10 to 20 range, a link can be established, and yet the value will affect light energy transmission efficiency."
"However, the control of this threshold still requires in-depth research."
The experints led to conclusions that greatly aided the research of fundantal theories.
The research and developnt team recorded both the experints and conclusions, then continued with their research.
Zhao Yi then delved into deeper mathematical logic, for he had to use mathematical thods to explain light energy transmission efficiency in order to effectively apply this technology, rather than relying on luck to manufacture related equipnt.
The analytical work of the theory was most important and also sothing that Zhao Yi found very interesting.
Unable to think of a solution for the mont, Zhao Yi simply placed the mathematical system related to Space Link Technology together, searching for weak points that lacked detailed demonstration.
Then he discovered the key to the problem—spatial analysis.
The mathematical system associated with Space Link Technology had not directly established a relationship with spatial analysis—most were applications, that is, modes of establishing links related to space, which could broadly be explained as ’setting up a portal in one space, establishing a similar portal in another space, and using a "password" to connect the two.’
To put it simply, that was the gist.
Zhao Yi locked himself in his office and studied spatial mathematics in great detail, eventually arriving at a conclusion—
This involved the issue of spatial dinsions.
Although a lot of spatial analysis had been done, most of it was on the application level and did not truly understand space.
It was like how scientists believed they understood matter before the advent of microscopic physics, capable of deeply analyzing various substances through representations of elents, understanding their physical and chemical properties.
However, microscopic physics later erged, bringing with it particles like atoms, protons, neutrons, electrons, quarks, and the like, representing a true micro-level deep analysis of matter.
Research on space was similar.
The current mathematical analysis dealt mostly with properties and modes of application, rather than explaining what space actually is, how it is arranged, and so on.
This part definitely involved the issue of dinsions because space certainly cannot be understood from a three-dinsional perspective.
If space were a three-dinsional construct, there would certainly be a problem of distance, aning Space Link Technology would not exist.
In three-dinsional space, points cannot be connected together regardless of distance, and three-dinsional space cannot be compressed, which would make the existence of Z-wave unreasonable.
And so on.
The ergence of the latest technology has proven that space cannot be viewed from a three-dinsional perspective.
Then, how should it be viewed?
This is the issue of dinsions.
When faced with the issue of dinsions, the related mathematical analysis becos extrely complicated.
Zhao Yi and Zhang Qican discussed this for a long ti, but still had no clues. Zhao Yi realized that he still needed inspiration, and possibly so other explanations about the dinsions of space.
He thought of an old friend—
Edward Witten!
Edward Witten has been dedicated to the study of string theory, superstring theory, and then extending to M Theory. His understanding of dinsional space can arguably be considered the best in the world.
Even though Zhao Yi had perford much spatial analysis, it was only because he discovered a new direction of technology; in understanding dinsional space, he still could not catch up with Edward Witten.
"Perhaps I should discuss with Edward? Maybe we’ll make so new discoveries!"
Zhao Yi decided.
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