Chapter 1307: Chapter 626: Create a Small Spaceship First
Other institutions looking to join the cosmic spaceship project will find it’s not an easy feat.
The cosmic spaceship project invites other institutions primarily considering funding and technology, because it involves substantial funding and high-end technology. Other institutions must either provide a considerable amount of funding or high-end technology and might also need to share in the manufacturing process.
At the same time, the aim of other institutions wishing to join the project is undoubtedly state-of-the-art technology.
This includes Z-wave technology, Space Link Technology, Anti-Energy Barrier Technology, and anti-gravity technology.
And so on.
From a scientific research perspective, they definitely hope to use the cosmic spaceship directly once it is built, or send scientists into the spaceship to conduct experimental research.
These are all benefits.
Among the latest technologies, Z-wave is undoubtedly the most attractive. Domestic experiments have just demonstrated the striking capability of the Z-wave, which is incredibly powerful. Whether on the ground, at sea, in the air, or outer space, targets can be directly struck by Z-wave satellites without the slightest ability to counter.
This strike technology has absolute strategic significance and is frankly quite terrifying.
Of course.
Other institutions might know about Z-wave technology, but it’s definitely out of reach. Such a strategically significant core technology couldn’t possibly disclose any information, and they require not just technology but also the underlying theoretical foundation.
Without the foundational theory, even obtaining a Z-wave satellite is like giving a gun to a primitive person; after the bullets are fired, it becomes meaningless, less valuable than a knife.
This is clear both domestically and internationally.
Therefore, they will surely consider acquiring other technologies and theories, such as Spatial Connection Technology, anti-gravity technology, and parts of the Anti-Energy Barrier Technology.
As other institutions weigh their options, domestic stakeholders are making considerations of their own.
If no core technologies are released, the cosmic spaceship project will lose its appeal. Other institutions won’t invest significant funds and high-end technology just to participate in the project. It simply wouldn’t be a worthwhile transaction.
Domestic authorities have also discussed which technologies to release extensively, holding several meetings, and they have ultimately made a decision, setting the baseline for what fundamental knowledge can be shared—
They can only release parts of Spatial Connection Technology, anti-gravity technology, and Anti-Energy Barrier Technology. Z-wave technology is absolutely confidential.
Anti-Energy Barrier Technology involves the manufacturing of nuclear fusion devices, but releasing parts of it is not an issue because just a portion of the technology is not enough to sustain the Anti-Energy Barrier for long.
Even if other institutions manage to create a sustained Anti-Energy Barrier, it’s still beneficial as manufacturing nuclear fusion devices requires high-intensity compression materials, the latter directly related to Z-waves.
Therefore, the future development of controlled nuclear fusion promises monopolistic economic benefits far beyond the current reach.
Spatial Connection Technology, however, is not as complex.
Its theoretical foundation is relatively simple and involves only a component of spatial analysis. While its strategic value isn’t too high, the underlying theory can’t be released, but parts of the technology can be. freёwebnoѵel.com
This is similar to the proliferation of computers.
Core chip manufacturing of computers must be closely held, but it’s possible to release parts of other components, allowing other manufacturers to produce them. The upper-level software can also be opened up to help perfect the whole computer system, speeding up its proliferation.
The idea is quite similar. A new communication technology cannot be completely monopolized if it wants to develop; monopolizing the core technology is sufficient.
This will provide continuous substantial benefits to the monopolizer.
Even as humanity enters the space age, economic benefits are still vital. When it affects every ordinary person, we are still living in our own circles. Better economic development can create a more perfect welfare system, allowing every domestic individual to live better.
Of course, no matter how research is conducted, there must be careful consideration in determining the extent of theory and technology released. For this, Zhao Yi must be consulted, as he is the most knowledgeable about the latest technologies.
Zhao Yi soon received this task, which was to establish the bottom line for releasing theory and technology and to produce a related justification report.
Zhao Yi worked with the theoretical team on this task; they needed to ascertain which parts of the theory could be released and which parts were the absolute core and had to be kept secret.
This task required meticulous research.
The theoretical team’s ongoing work was to organize Zhao Yi’s theoretical research; the work is still ongoing, but significant results have already been achieved.
The greatest achievement was summarizing the spatial analysis into eighty-one sets of equations, also known as ’the Code of the Gods’.
The theoretical team didn’t get all the formulas, but they combined nine of the sets with other theoretical bases, resulting in three summarized sets of equations.
Zhao Yi was surprised to see these results and later simply continued the research himself, combining other content from spatial analysis and reducing the ’Code of the Gods’ to nine sets of equations.
The core content now is the ’Code of the Gods’ nine sets of equations and the thirteen sets of equations related to the photon and space relationship.