"Lower dinsions are like projections, and lower dinsions cannot exhibit the properties of higher dinsions, nor can they interpret them. The manifestation of ti in lower dinsions differs absolutely from its existence in higher dinsions—"
What is all this about?
There were two academicians, little old n, who ca to audit the class, intending to join in the discussion about profound theoretical physics. However, after listening for a while and researching so manuscripts, they simply left with a sense of loss.
When soone asked them, they even said, "I’m planning to go back. After I return, I will resign from my job and live out my retirent peacefully at ho!"
"In the future, it will be the young people’s world. We old folks are of no use anymore, really, we can only retire!"
—
Although the research conducted by Zhao Yi, Zhang Qican, and Edward Witten seed sowhat ’mysticized,’ their research was actually very purpose-driven. Theoretical research was only one aspect, while the experints of the Space Information Technology developnt team were carried out in parallel.
The developnt team used ticulous experintal thods to search for the laws controlling the energy transmission efficiency.
The simplest and most direct thod was to replace one light beam inside the space connection equipnt with several tiny, adjustable light beams. By fine-tuning the direction of these tiny beams, they studied whether it could affect the efficiency of spatial energy transmission.
Such experintal thods might seem rudintary, but each discovery could be deed significant.
If there was even a slight variance in energy transmission efficiency, it could be directly recorded. Bit by bit, all variations were docunted. By using data analysis based on the experintal process and the mode of changes, the laws behind the variations in energy transmission efficiency were sought.
Compared to theoretical research, experintal research was more direct and reliable.
On top of his work in spatial theory, Zhao Yi also paid close attention to the experintal data from the developnt group. Unfortunately, the data was scarce, and it was considered highly efficient if a few days of continuous experintation led to a change in energy transmission efficiency even once.
If there was no support from theoretical research, experintal thods would still be valid, but they would certainly require much more ti, perhaps asured in ’years.’
Of course.
Experintal research held a different significance for Zhao Yi because the data could provide nurous conditions that would facilitate the use of causal reasoning.
Two months later.
The office was filled with complicated mathematical manuscripts. The research by Zhao Yi, Edward Witten, and Zhang Qican had finally made progress.
They found that the best way to understand space was an idea that had already been speculated—
"Space is three-dinsional, and mass points are the products of higher dinsions!"
"Energy is not confined by dinsions!"
"Space Link Technology is about establishing channels beyond three dinsions, which allows overcoming the barriers of distance by transmitting particles unrestricted by dinsions."
"If theory and technology continue to advance, reaching the capability to establish a channel at the sa dinsion as mass points, material transmission could be achieved. However, the requirents are very high, and for the ti being, it is impossible to comprehend or discuss."
"At the sa ti, space linking can be seen as a kind of ’one-way sharing,’ with the theoretical maximum efficiency being fifty percent. This is a limit value that cannot be achieved."
"No matter how the technology is improved or channels are established, the energy transmission efficiency will never reach fifty percent!"
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