Dinsions are extrely complicated.
The number of dinsions in space and in matter is sothing that, despite extensive mathematical analysis, cannot be definitively proven.
Logically, one can only find a thod of understanding that is consistent with existing scientific discoveries and does not conflict irreconcilably with established scientific laws.
Therefore, the work of Zhao Yi, Edward Witten, and Zhang Qican was not to prove how many dinsions space actually has but to find a way of understanding that aligns with scientific findings.
In the end, they concluded that space should be understood in three dinsions, whereas mass points and matter are of higher dinsions. Moreover, energy is limited by dinsions and can freely travel through multiple dinsions.
Years ago, Zhao Yi and Edward Witten co-authored a theoretical paper on mass points, suggesting that mass points are higher-dinsional entities. They used this to explain why three-dinsional space cannot contain ’higher-dinsional’ matter, thereby elucidating the creation of spatial compression.
The current theory, too, explains using three-dinsional space and higher-dinsional matter as a coincidence. However, energy is no longer confined to three dinsions, not even to the universe itself, but is understood as ’capable of adapting to various dinsions.’
Of course.
The current understanding of three-dinsional space and higher-dinsional matter is much deeper than before when higher-dinsional mass points were simply defined to explain the existence of spatial compression.
That was a definition, as well as a hypothesis.
In recent years, a lot of progress has been made in the latest technological research, much of which is directly related to space and interprets its properties from various aspects.
For example, anti-gravity technology can achieve the repulsion of spatial isolation.
Z-wave technology can compress space.
Space Link Technology can achieve massless particle transmission disregarding distance.
The discovery of these properties is nearly analogous to our understanding of objects, which includes weight, volu, shape, color, and more, rather than explaining directly ’what matter is.’
From the perspective of ’three-dinsional space, higher-dinsional matter’, they derived so conclusions--
Space Link Technology is like sharing space unidirectionally between two different locations, and the efficiency of light energy transmission has a direct relationship with the ’stability of the shared channel.’
To achieve a more perfect channel, a more perfect connection is required, that is, to establish a more solid pathway.
Establishing a channel for information naturally consus energy, and the more stable the channel, the more energy is consud.
This portion of energy, similar to the anti-gravity technology that isolates spatial compression, needs a part of the energy to be absorbed by space. The more energy that is absorbed, the more stable the channel will beco.
That is to say, the establishnt of a spatial link also has an ’efficiency’ problem: a portion of the absorbed energy directly achieves the spatial link, while another portion is wasted or absorbed by space without any effect.
How to allocate this energy specifically can no longer be deduced by pure theory alone.
Experintal support is still needed.
Theoretical analysis has provided a clear direction, and the work of theoretical derivation can almost be concluded. Next, Zhao Yi returned to experintal work to study with the developnt team the effect of internal beam layout on the efficiency of light energy transmission.
Only by combining experintal results with foundational theoretical analysis can the entire logical structure of theoretical technology be deduced.
Space Link Technology is what Zhao Yi discovered through his experintal findings. He was very knowledgeable about linkage technology, and after having a clear direction for research, he could go straight to designing experints to change internal light beam pathways and study the relationship between the properties of light beams and the stabilization of channels.
Zhao Yi joined the developnt team for Space Link Technology.
In the past two months, the team had been conducting related experints but with very low efficiency. Continuous experintation had only identified three beam positions that did not affect the establishnt of links but could affect the efficiency of light energy transmission.
After Zhao Yi’s arrival, the efficiency of the experints changed imdiately.
In less than a month, the developnt team found eleven spots that significantly affected the stability of the channel pathways and twenty-three spots with a lesser impact. Combined with previous experintal results, they were able to draw many conclusions.
In geotric mathematics, two points determine a line, and three points determine a plane.
The impact of dozens of light beam properties on channel stability was sufficient for the developnt team to draw many conclusions. Not to ntion, with Zhao Yi’s capacity for cause-and-effect thinking, he quickly worked out the theoretical technical logic with a multitude of conditions.
After completing the developnt work, he, along with Edward Witten and Zhang Qican, summarized a report that reflected the most recent technological findings, observing the related logic of space and matter.
At the sa ti, he and the Space Information Technology Company’s developnt team filed a report to their superiors for ’light energy trans-space transmission technology.’
Zhao Yi also reached an agreent with Space Information Technology Company and applied for Yixing Technology Company to use this new technology.
Although the technology was researched and developed by his own team, it involved too many complexities. Yixing Technology had to apply to superiors for use and ensure secretive operations throughout the process.
——
The higher authorities imdiately received three reports.
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