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After listening to Wang Bin's words, Rick looked at Wang Bin with a very surprised look, and then said to Wang Bin in shock: "Mr. Wang! Since the human civilization in your world can already make space fighters, and The speed of other spacecraft has reached more than 100 kilometers per second in the universe. Haven't you explored the natural wormholes that basically exist on the edge of every galaxy in the universe?

In fact, the way to travel through natural wormholes is actually very simple, that is, to travel through wormholes at the speed of the fourth universe. I think this is not a problem for your space vehicles! "

After Wang Bin heard Rick's words, his face was full of surprise. He couldn't imagine that the technology of traveling through natural wormholes in the universe would be so simple, as long as the speed of the aircraft reaches the fourth cosmic speed, and the fourth The speed of the universe is between 110 and 120 kilometers per second. That is to say, most of the spacecraft produced by human civilization in the world where he lives now have the ability to pass through wormholes, even the super-large aerospace aircraft among aerospace aircraft, It is also possible to achieve this speed.

In other words, the human civilization in the world he lives in can actually travel through wormholes, and now only how to discover wormholes is left. After all, the technology to travel through wormholes may not be difficult. The speed of the universe is enough, but it is more difficult to find natural wormholes in the universe. After all, the universe is so huge that even if it is only at the edge of the solar system, it has a very large range. Take the Kuiper belt for example. The diameter is as many as hundreds of astronomical units. Finding wormholes in such a vast space is like finding a needle in a haystack. It is simply impossible, unless you have professional equipment capable of detecting natural wormholes in a large range.

Perhaps because he discovered Wang Bin's doubts, Rick said again: "Mr. Wang! In fact, it is very simple to detect wormholes on the edge of the planetary system. First of all, the places where wormholes are located are generally In the Kuiper belt or Oort nebula of the planetary system, take the solar system in my world as an example, the location of the wormhole is in the Kuiper belt.

And it is also the area of ​​the Kuiper belt close to Pluto, and the distance from Pluto is only less than fifty astronomical units, other than that.

In addition, the natural wormhole area of ​​​​asteroids will not be purely in asteroids or meteorites, because of natural wormholes.

Although its existence cannot be detected with the naked eye, infrared rays, and electromagnetic waves, natural wormholes have strong gravitational force, and the larger the wormhole, the stronger its gravitational force.

Take the solar system in my world as an example, the overall diameter of the wormhole is about 800 kilometers in diameter, and the gravitational force is about one tenth of that of the moon. Such a wormhole is not too big, after all, in the universe , There are many wormholes larger than this one in the solar system. Take the wormhole in the Sirius star system as an example, its diameter has reached 3,000 kilometers, and its gravitational force has reached the level close to that of the moon.

and also,

Another characteristic of wormholes is that the closer a wormhole is to a star or a planet, the smaller its volume will be. On the contrary, the farther away it will be, the larger its volume will be.

In the solar system of my world, the wormhole is not very far away from the sun and Pluto, so the volume is not very large. If the wormhole is in the outer Kuiper belt, then the wormhole will definitely be much larger. If If it is in the Oort Nebula, then the diameter of this wormhole can at least reach the size of Jupiter.

But no matter how big the wormhole is, its gravitational force will never exceed five times that of the earth.

At the same time, since the wormhole will eject relatively powerful energy from time to time, although this energy cannot destroy asteroids and meteorites, it is enough to push the asteroids and meteorites near the wormhole out of the area where the wormhole is located. .

It is precisely because of this that although wormholes are generally located in the Kuiper belt of planetary systems and the Oort nebula, there will be no objects around them. Of course, the closer to the stars, the more open space around them. less.

Still take the solar system in my world as an example. The wormhole in the solar system in my world is on the side of the Kuiper belt close to the sun, and it is only a few tens of astronomical units away from Pluto, so the scope of the wormhole’s influence, It's not very big, probably only less than one astronomical unit.

In addition, under normal circumstances, wormholes do not exist alone, or in other words, there are few natural single-born wormholes in the universe, and basically all twin wormholes.

If a natural wormhole is found on the edge of the planetary system, then correspondingly, there will definitely be another wormhole on the other side of the planetary system, and the connected planetary system will not be the same planetary system. "

As Rick degraded, Wang Bin did not intervene, but listened quietly. After all, the human civilization in his world still had very little understanding of wormholes, and it could even be said to be close to zero, but Rick Their world is different. According to what Rick said before, the human civilization in his world has entered the cosmic age for nearly two thousand years, and he has a very good understanding of the characteristics of wormholes that exist outside of Pluto in the solar system. The characteristics of wormholes in planetary systems within dozens or even hundreds of light-years outside the solar system are already well understood.

So after listening to Rick's cognition of some characteristics of wormholes, he already has a certain understanding of wormholes, so he said: "That is to say, with the technology of human civilization in my world, as long as civilization can Discovering the existence of wormholes means that we can go to other planetary systems?

There are also general wormholes leading to other galaxies, is there any rule, or is it just random? "

"Generally, Mr. Wang, the two galaxies connected by the wormhole are the closest galaxies from the sun to the direction of the wormhole!

Take the wormhole in my galaxy. Since the corresponding directions are the direction of Proxima Centauri and the direction of Sirius, the two wormholes are connected to Sirius and Proxima Centauri respectively. said Rick.

"..."

"..."

Later, during the question and answer between Wang Bin and Rick, Wang Bin also had a certain understanding of the natural wormholes in the universe, and from the knowledge Rick said, Wang Bin also had One thing has been confirmed, that is, with human civilization and the current level of civilization technology, it is not difficult to find wormholes in the solar system, and it can even be said to be relatively simple, as long as a high-sensitivity gravitational wave detector is used, combined with various A large-scale astronomical detection equipment, such as radio telescopes and optical telescopes, can roughly find the location of the wormhole. At that time, as long as the spacecraft is sent to detect it, it can basically be detected.