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Just when all the fighters in the spaceship were in position and aimed their guns at the detector, the person in the space battleship's special control drone department also sent a series of commands to the drone to confirm that the drone was Whether the detector is normal.

As the command was issued, the probe responded immediately and began to fly according to the command. Seeing this situation, the people in the space battleship Xuan Ming breathed a sigh of relief, because a series of missions from this probe From the looks of the action, the probe was not controlled by others, and it was still able to execute any commands issued by the space battleship well, so they sent instructions to make the probe slowly approach the space battleship.

At the same time, the space battleship Xuanming launched multiple probes, slowly approaching the probe that had traveled back from the wormhole, and conducted a series of scans to see if there were any abnormal objects on the probe. , but fortunately in the space battleship, nothing that everyone worried about happened.

However, even so, the people on the battleship are not at ease at this time, and they still let the probe stay 10,000 kilometers away from the spaceship. After all, only one probe that passed through the wormhole returned at this time. So they also want to wait and see if any other probes come back.

Of course, at this time, everyone in the spaceship also began to check the mass transmitted by the detector on the big screen on the bridge of the spaceship.

I saw that when the detector passed through the wormhole, the surroundings of the detector began to become colorful. It is obvious that the detector has entered the secondary space at this time. Of course, in the secondary space, all the devices of the detector have been turned on , and record all the information in the subspace, but what makes everyone a little depressed is that the data detected by the detector is basically the same as that in the normal space, and there is no change at all.

This makes everyone in the spaceship and the battleship very depressed, but everyone knows very well that this is not the data in the secondary space, which is the same as that in the normal space, but that the technology of human civilization is far from enough at this time. Anomalies in the subspace cannot be detected, and useful data cannot naturally be collected.

As the video information continued to play, they found that when the probe passed through the wormhole, it did not cross from one side and enter the other side immediately, but after entering, it would take several hours of flight. Able to travel through wormholes.

And this probe, after passing through the wormhole, another strange galaxy appeared in the video, and the situation of this galaxy is completely different from the solar system, for example, the volume of this galaxy is compared with the solar system , will be much bigger, just the inner circle of this galaxy, that is, the place in the Kuiper belt, has three solar systems as large, and there are very few planets in it, only three planets.

Among these five planets, except one planet is a rocky terrestrial planet, the other two planets are all gaseous planets, and their volumes are very large. Even the smallest gaseous planet among them has a volume of It has surpassed the volume of Jupiter, the largest planet in the solar system.

And this is not counting the biggest difference between this galaxy and the solar system, because in addition to this galaxy, there are also galaxies that are completely different from the solar system, that is, there is not just one star in this galaxy, but by It is composed of three stars, and two of them are very close to each other, and can even be said to be next to each other, while the other is 0.2 light-years away from the other two, and the star closest to the detector, That is, the closest star system to the wormhole is the two star systems next to each other.

And the distance from another star system can also be seen by the detector. According to the data, it is about 0.15 light-years away from the wormhole.

In other words, in fact, the wormhole is about 0.005 light-years away from which binary star system.

Most importantly, according to the data of the probe, there is actually a large gaseous planet near the wormhole, and its volume even catches up with the brown dwarf, and its volume is about twelve times that of Jupiter.

In other words, if this gaseous planet is counted as a brown dwarf, then this galaxy is actually a star system composed of four stars, which surprised everyone, but in fact the gaseous planet’s The interior has not been ignited, the nuclear fusion reaction has not yet occurred, and its volume has not yet reached the standard of a brown dwarf, which means that in fact, the entire galaxy is still a star system composed of three stars.

When seeing these data, the people in the spacecraft can basically confirm that the other side of the wormhole is Proxima Centauri. After all, its data is very consistent with the situation of Proxima Centauri.

It’s just that there is a big difference from the data detected by human civilization through various astronomical means. After all, when Proxima Centauri is the closest to the earth, it is also 4.2 light-years away, so the discovery of exoplanets before is a It was discovered by the Doppler effect, but this method can only find Jupiter-level or larger planets, and the Earth-level planets cannot be discovered by this method. And there must be Earth-level planets in the Proxima Centauri, so it is very normal that the previous detections were not accurate.

As for the giant gaseous planet near the wormhole not being discovered, it is more normal. After all, this giant gaseous planet is also 0.05 light-years away from the nearest star. It is very unreliable for civilized astronomical detection methods to discover such a gaseous planet 4.2 light-years away.

It is precisely because of the discovery of this gaseous planet that among the probes they launched, except for this probe, it returned after passing through the wormhole and collecting some basic data. The other probes, None of them returned immediately. After passing through the wormhole, some of these probes flew towards the asteroid closest to the wormhole, while others flew towards the star field farther away. direction to fly.

Seeing this issue, everyone in the spaceship was relieved a lot, and used all these data to the command center. Then, under the command of the captain, the warship began to recover the detectors released before in an orderly manner, and The probe that just came back from the wormhole was not recovered immediately, but was waiting for the order from the command center to make a decision.

Originally according to everyone's opinion, the detector was destroyed immediately after all the data was obtained. However, many experts on the battleship did not agree with this plan. There may be some leftover data from the process of traveling through the wormhole, so experts believe that this detector should be tested in more detail, hoping to crack the secret of the wormhole.