In the center of the Milky Way, a huge team is flying rapidly in the void towards the outer reaches of the Milky Way.
This team is very large, with millions of spaceships and space battleships, majestic and continuous in the void, like a torrent of steel.
The speed of this team is very fast. Every time they fly at warp speed in the void, they can span a distance of thousands of light-years. They fly from the center of the galaxy to the periphery of the galaxy. It does not take too long for them.
We have arrived at the edge of the Milky Way.
But they did not stop, but continued to fly outside. Their destination was the Large Magellanic Cloud, which is 160,000 light-years away from the Milky Way.
Speaking of the Large Magellanic Cloud, we have to mention the satellite galaxies of the Milky Way.
The earth has its own satellite moon, and similarly for the giant Milky Way, it also has its own little brother and its own satellite galaxy.
And there are quite a few satellite galaxies of the Milky Way, more than a dozen, such as the Large Magellanic Cloud, the Small Magellanic Cloud, the Canis Major Galaxy, the Sagittarius Galaxy, the Draco Galaxy, the Ursa Minor Galaxy, the Carina Galaxy, and the Fornax Galaxy.
etc.
Satellite galaxies, large and small, are all satellite galaxies that revolve around the Milky Way, and the Large and Small Magellanic Clouds are the largest of these satellite galaxies.
The diameter of the Large Magellanic Cloud is only one-fifth that of the Milky Way, about 20,000 light-years long. It has about 20 billion stars, one-twentieth of the number of stars in the Milky Way. The mass of the central black hole is about that of the sun.
About 2 million times its mass.
Compared to massive galaxies such as the Milky Way, Andromeda Galaxy, Triangulum Galaxy, and Sculptor Galaxy, there is no comparison in terms of mass, size, number of stars, core black hole mass, etc.
Therefore, the Large Magellanic Cloud revolves around the Milky Way and becomes a satellite galaxy of the Milky Way.
This huge team continued to fly towards the Large Magellanic Cloud. The distance of 160,000 light-years is not that far at all for a spacecraft whose warp engine technology has reached 4 digits. It does not take too long.
It will take a long time to arrive.
Such a large team heading to the Large Magellanic Cloud is definitely not for sightseeing, nor is it to conquer the civilization in the Large Magellanic Cloud.
This is a huge construction team, a team dedicated to building the Gate of Time and Space.
Currently, there is only one space-time gate in Xinghan, and that is the space-time gate from the Expedition Galaxy to the Andromeda Galaxy. This space-time gate shoulders the important task of communicating with the Andromeda Galaxy, and there is no way to stop it.
Therefore, if Xinghan wants to continue to expand in the universe and continue to conquer other river systems, it must build more time and space gates.
The construction of the Gate of Time and Space not only requires strong space technology, but more importantly, the place where it is built also has many strict requirements. You cannot just find a place to build the Gate of Time and Space.
First of all, where the time and space gate is built, the surrounding space must be stable enough, because once the time and space gate is activated, it will inevitably have a drastic impact on the surrounding space. If the space is not stable enough, it will not be able to withstand it.
The huge vibration produced when the gate of time and space is working.
Only areas with sufficiently stable space can be used to build time-space gates.
Secondly, building a space-time gate requires a large amount of material. The space-time gate is made of degenerate materials. Degenerate materials are made from an atomic perspective and require an extremely large amount of material to complete.
Building a time-space gate often requires digging out a large area of surrounding void to obtain enough material. If the surrounding material is too scarce in the selected area, the construction time will become very long.
Because all materials need to be mined from other areas, the amount of work will be huge, and a rich area must be selected to build the Gate of Time and Space.
In addition to the above two factors, transportation issues also need to be considered. The gate of time and space is a tool used to communicate with another core over a long distance.
This means that it is a bridge connecting two river systems. Once both river systems are included in Xinghan's territory, the exchanges between river systems will be very close in the future and will become very busy.
This requires that the large void around the Gate of Time and Space must be open enough so that it can be used to meet this demand.
The space-time gate here in the Expedition Galaxy is located in a void space that is very stable and can carry this space-time gate. Because it is in the center of the Milky Way, the surrounding material is very rich, which is enough to meet the needs of building the space-time gate.
However, the time and space gate of the Expedition Galaxy was not fully considered when it was built. Of course, it was the first time that the time and space gate was built at that time, and it was considered experimental.
Many things were not fully considered, and some were only discovered to be inoperable after construction.
The two simplest ones, one is that the Expedition Galaxy is at the center of the Milky Way and hollows out the surrounding star fields. The losses are also huge, and even some living planets are destroyed.
In addition, the Expedition Galaxy is located in the center of the Milky Way. In the future, this place will definitely become the center of Xinghan. Once the population increases, it will become extremely busy. Various spaceships, space battleships, etc. are constantly flying around. What will happen to this place?
The void has an impact.
And if the surrounding void is controlled, it may cause troubles such as traffic inconvenience.
So the scientists summarized the experience of building the first time-space gate, and of course they also saw the trends and trends of Xinghan's future development.
Therefore, I also suggested to the senior officials of Xinghan that all the space-time gates built in the Milky Way should be placed in the satellite galaxies of the Milky Way.
Setting up in a satellite galaxy has many benefits. There is enough material in the satellite galaxy to build the gate of time and space, and there is enough space to operate. More importantly, it can be diverted. When the Xinghan civilization develops in the future, the Milky Way must be the center, and communication will
It will be very busy.
With proper diversion, the benefits of locating traffic in satellite galaxies can be reflected.
This is just like the Earth Age. Airports are basically placed in the suburbs because there is enough space and area for you to build an airport in the suburbs. In addition, it is safer for planes to take off and land in the suburbs.
In essence, they are all the same. The gate of time and space is like an airport in the universe age. It is best to place it in a place like a satellite galaxy to reduce the impact on bustling areas, which is safer and more convenient.
In a void in the Large Magellanic Cloud, along with waves of space fluctuations, space-time wormholes continue to appear, and huge spaceships and space battleships continue to emerge from them.
As soon as these spaceships and space battleships arrived in the Large Magellanic Cloud, countless small spacecraft were continuously released from these spaceships and space battleships.
These small spacecraft spread towards the entire Large Magellanic Cloud, and soon covered the entire Large Magellanic Cloud. Space fluctuation detectors were set up one by one, and the entire Large Magellanic Cloud was included in the monitoring of the Sky Eye system, and everything was monitored.
’s clear.
"Didi~Didi~"
With the opening of the space fluctuation detector, massive amounts of information are continuously gathered into the Sky Eye system.
With the development of science and technology, human beings' understanding of the world is constantly improving. With the help of various advanced scientific detection instruments, the speed and scope of understanding the world are also increasing rapidly.
The Large Magellanic Cloud with a diameter of 20,000 light-years does not take long for current Xinghan scientists to detect. They only need to spread unmanned spacecrafts to all parts of the Large Magellanic Cloud.
All spacecraft carry space fluctuation detectors.
As soon as the space wave detector is turned on, everything in the entire Large Magellanic Cloud is clearly displayed. You can know exactly how many stars there are. There is no need to estimate it at all, because you can know the most accurate number.
"The mass of the core black hole is 2.17 million times that of the sun, and the number of stars it contains is 27,262,341,545 stars, 90% of which are newly born stars, and their life spans generally do not exceed 2 billion years."
"There are only some older stars in the center of the Large Magellanic Cloud. It can be inferred that civilizations in the Large Magellanic Cloud will be very rare. Even if there are civilizations, they should be born in the central area of the Large Magellanic Cloud, and
The level of civilization will not be too high."
Through the Sky Eye system, scientists quickly analyzed the situation in the Large Magellanic Cloud. Although there are a lot of stars here, the stars here are very young and not stable enough, so it is impossible for life to be everywhere like the Milky Way.
Life is very common and common in the Milky Way, and even civilizations are the same. They are very numerous, but the birth of civilizations and life is not random.
It must have a stable environment, and the most critical and core one is the star. The star must be stable enough, and all stars are extremely unstable in their early and late stages, which are not conducive to the birth of life.
The development and evolution of civilization.
"There are many places suitable for building the Gate of Time and Space, but it is best to set it in the center of the Large Magellanic Cloud. The matter in the universe here is denser and the space is stable enough. If there can still be some living planets here, this will
It’s even more perfect.”
Through the Sky Eye system, scientists can easily find a suitable place to build a space-time gate in the vast Large Magellanic Cloud. They do not need to use spacecraft to inspect various places in the entire Large Magellanic Cloud. This is space technology
The power of.
Not only does it allow you to go further and have powerful power, but more importantly, it also allows you to have more powerful detection capabilities and can quickly detect a huge range.