Free Web NovelChapter 1175: Chapter 572: Spatial Link Technology_3
It involved particle Boundary Theory, string theory, energy theory, and a motley of advanced mathematics; even the issue of mass point configuration had to be understood.
The barrier was simply too high.
A person’s energy is limited; to understand such a plethora of subjects, an ordinary mathematical theorist would need at least several years.
If one were to write a book solely on the foundational knowledge related to anti-gravity, it would mean gathering all related fundamentals in one book, while excluding unrelated content, which would certainly make it much simpler.
"That’s a great idea!"
"Once the writing is finished, it could be given first to domestic professional mathematical research institutions, and later it may even be sold to the whole world..."
"After all, it’s just the basics. Moreover, the basic theory of anti-gravity is already public. Fundamental knowledge allows more people to learn and participate in related research, which should be considered a significant contribution to world science, right?"
Zhao Yi thought carefully.
Currently, the focus remained on studying image mapping issues, while the anti-gravity technology team conducted Z-wave experimental work. Relative to the newly discovered image mapping, Z-waves could already be controlled, thus direct technological research could be conducted.
For instance, future applications for airborne fortresses, such as positioning or attack methods.
Z-waves could penetrate matter, which made them absolutely indefensible. However, careful thought was still needed concerning the application scenarios.
At the same time, the technical team was researching how to ’store’ Z-waves and how to increase their potency, enhance control over their occurrence, and so on.
Soon.
Two weeks had passed.
Meanwhile, Zhao Yi had collected various conditions, most of which were researchers’ creative ideas, which, when summarized, perfected the conditions.
He couldn’t wait to use "Connection Law," and immediately gained a whole new understanding of image mapping. Simply put, it established a sort of spatial linkage whose method of linking involved a ’resonance’ that occurred during the spatial energy absorption process.
Spatial linkage, using space as the medium, amounted to directly creating a passage across distances, but it still had limitations. The linkage distance was related to the speed at which energy was absorbed; the faster the absorption, the greater the distance of the link.
However, the linkage distance wasn’t highly dependent on the energy absorption requirements.
For example, the power consumed by an anti-gravity device to initiate a space shield was roughly sufficient to link spaces as far as ten astronomical units away.
(Astronomical Unit: The average distance between Earth and the Sun, 1 A.U. = 1.496 x 10^8 kilometers.)
In other words...
If there were a device on Mars with the same frequency and power, it could easily establish a spatial link with a device on Earth and transmit images instantly, without any delay.
The spatial resonance required was the arrangement and disarrangement of energy absorption by space, but what could be transmitted were only massless particles; what could be seen with the naked eye were images composed of photon reflections.
"Then, what about sound?" freeωebnovēl.c૦m
"Because sound is mediated by vibration and is not purely particle-based, like objects with mass, it simply cannot be transmitted." freewebnovёl.ƈom
"Just images..."
"But combined with existing communication technology, there could be many potential applications, right?"
Zhao Yi pondered carefully; he was responsible for theoretical technology research. How this technology would be used in the future was not much of his concern.
However, this new image transmission technology would undoubtedly have enormous potential, and its development required openness to allow more enterprises and teams to participate in research and evolve its applications across various fields.
