Free Web NovelChapter 1360: Chapter 649 It’s Not Easy to Detect the Compression Ratio_3
This cabin would be placed in a relatively safe area on the surface of Mars, with a flag made of special material permanently fixed above it, to be used by future explorations of Mars.
If the mission were successful, a flag representing the mission would always exist on the surface of Mars.
At the same time, in the case of future Mars-related missions, the cabin could provide living quarters for several astronauts for about a week.
The astronauts’ job was to operate the Mars-1 landing on Mars, then assist in setting down and securing the cabin, excavate Martian soil, and bring it back to the spacecraft, followed by a normal return to Earth.
After discussing the Mars exploration project with the space agency, Zhao Yi returned to Zhengyang, with two jobs that required his attention.
One was the partnership with the Space Robot Company to establish the Chinese Computer Technology Company. The company had officially been established and had launched an extensive recruitment drive, starting with hiring core technical staff involved in the development of underlying Chinese language compiler software.
This job needed not only computer engineers but also experts in Chinese language studies. They recruited many experts in humanities, preferably those who researched the Chinese language and also understood some computer technology.
Zhao Yi checked on the progress of the new company’s work and also constructed the main framework for the Chinese language compiler software.
This job was still better done by him. As the compilation framework was of the utmost importance, as long as there were no issues with the overall framework, any issues with the content could be easily corrected.
Besides, it was time to start the next step of research and development.
He first established two directions, one smaller scale and one larger scale.
The smaller direction was directly related to space exploration, namely Z-wave detection technology. freewёbn૦νeɭ.com
If the exploration was within the solar system, since the scientific community had a substantial understanding of it, there was not much risk involved for spaceships shuttling through space.
But venturing outside the solar system, or engaging in long-distance shuttles, was a different story.
No one could possibly know if, say, a light year away, there existed a massive comet or some other celestial body.
Even a small asteroid, akin to cosmic junk, appearing on the spacecraft’s shuttle path, could pose an extremely fatal danger to the spacecraft involved in space shuttling.
In such situations, even spacecraft with highly compressed values would disintegrate instantly. The impact at several kilometers per second was a terrifying prospect.
Therefore, space exploration needed detection technology, and the most suitable detection technology was to use Z-wave for detection.
How would they detect it?
The means of detection sounded quite simple: launch a Z-wave first, calculate the compression ratio of the Z-wave in order to determine if there was any danger on the route.
If there were small celestial bodies on the path, the compression ratio would surely be significantly reduced.
Although it sounded simple, doing the actual detection was extremely complex because space was virtually empty, so the compression ratio of the Z-wave would be very high, so high that it had to be explained with an exponent.
When the compression ratio exceeded "a hundred million," even reaching "ten billion" or "a hundred billion," instantaneous detection would be incredibly difficult. freewebnσvel.cѳm
Even hoping to achieve a vague compression value remained exceedingly challenging.
But, to conduct exploration beyond the solar system, it was essential to master such detection technologies. Otherwise, space ships could not utilize space shuttle technology to rapidly travel long distances across the universe.
