"Approved!"
"Passed directly!"
"If we can develop this technology, all the major problems of the project will be resolved!"
Zhou Hong thought so, but he couldn’t do it himself. In the early stages of approval for the two-billion project, they still symbolically convened a eting and linked up with Zhao Yi via video to let him provide the relevant research and developnt explanation.
Zhao Yi gave a brief explanation, describing the necessity of Z-wave exploration technology and its importance in achieving space exploration. Then the project team issued the approval and the application reached the hands of the senior leadership.
The senior leaders did not hesitate at all, they simply inquired about the content and then approved it directly.
——
Most of the initial two billion in funds requested by Zhao Yi were to be used in establishing a laboratory and manufacturing a sophisticated Z-wave Generator.
The newly established laboratory required a lot of precision equipnt, so of which even had to be custom-made or manufactured, which would certainly consu a considerable amount of money.
In addition, research also required support staff; experts in fields like microphysics, optics, and electronics were indispensable.
After Zhao Yi applied for the project, departnts such as the Science Academy’s optics laboratory, the physics departnt, and the High Energy Institute imdiately dispatched the needed personnel, including three academicians and seven other researchers, one of whom was an associate researcher.
Zhao Yi also brought in personnel from the theoretical group as assistants to handle so of the computational work.
He quickly ordered a high-precision, compact Z-wave Generator, along with more than a dozen high-precision electronic detection devices.
Additionally, the equipnt for establishing a vacuum environnt was also essential.
After completing a series of orders, many staff mbers arrived at the laboratory, and Zhao Yi convened a eting with everyone.
This was an initial eting.
"Although most of the equipnt has not arrived yet, our research has already begun," Zhao Yi said. "The first thing we need to do is analyze various types of constrainable particle beams to see if we can quickly test the changes in the properties of the particle beams through experintal ans."
"What we need to do now is theoretical research, coming up with so feasible plans to lay the groundwork for the real research!"
The research was about designing a sche for detecting changes in the properties of particle beams.
Of course, first of all, it was necessary to design different particle beam generation sches and constrain the particle beams within a certain range.
The most direct and feasible approach was to constrain charged particle beams.
Charged particle beams could be constrained simply by using a magnetic field. Once emitted, they would continuously circle under the influence of the magnetic field and could be controlled and detected.
However, charged particle beam detection was just one of the approaches.
In fact, Zhao Yi did not have high hopes for the detection sche of charged particle beams because their property detection would be severely affected by electric currents and magnetic fields.
That is to say, constraining charged particle beams is easy, but detecting them is very difficult.
He was hoping to research whether energy beams would be affected in a space-compressed environnt.
For example, the most basic light beam.
Theoretically, energy should not be affected by space compression, but the theory he was researching might not be completely accurate.
Moreover, to say that light beams, being pure energy, are not affected at all might not be accurate either.
For instance, the most direct counterexample is that light beams are affected by supermassive gravity, which increases the production of observable gravitational waves.
The occurrence of gravitational waves is directly related to the existence of spaceti.
Spaceti consists of ti and space.
The bending of light beams is influenced by spaceti, and space compression might not only affect space but might also affect ti.
In the domain of ti, he had not conducted in-depth research.
Now, however, he could delve into research and contemplation.
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