Tang Feng did not rush to attack the stars directly, but first drove the Nautilus around this huge triple star system, and the Nautilus's equipment automatically recorded all the celestial bodies in this triple star system faithfully. Pen "Fun" Pavilion www.biquge.info

Compared with the solar system, South Gate II is undoubtedly much larger. After all, this is a galaxy of three stars, and the distance between these three stars alone is much greater than the distance between the Kuiper belt in the solar system and the sun.

But in the same way, in such a complex triple star system, Tang Feng also saw an extremely shocking scene.

Tang Feng saw a rocky planet torn in half!

If he hadn't seen it with his own eyes, Tang Feng really couldn't believe how a rocky planet bigger than Mars could be torn in half from the middle?

The gravity inside the triple star system is complex and dizzying, Tang Feng is not an astronomer, of course he can't analyze the gravitational situation in this triple star system. But the gray planet in front of us, which has clearly split into two halves, but is still quietly suspended in space, just proves the complex gravitational pull inside this triple star system.

Obviously, the rocky planet was supposed to be the planet of one of the three stars, but as the three stars continue to rotate around a common center of mass, the hapless rocky planet happened to enter the gravitational intersection of the three stars at a certain point in time. As a result, under the pull of the three stars, the poor rocky planet was torn in half.

Perhaps these three stars have vented enough anger on this rocky planet that after tearing the rocky planet in half, they have abandoned the rocky planet again, so the rocky planet can only circle around the gravitational intersection of the three stars.

Because the gravitational intersection of the three stars may not be this place next time, but this rocky planet that has been torn in half is within the common gravitational range of the three stars, and as a result, this poor planet can't go to the east or run to the west, so it can only spin in place, using its scarred body to silently accuse the domineering of these three stars.

In addition to this poor rocky planet, Tang Feng has discovered more than 120 planets or dwarf planets with a diameter of more than 1,000 kilometers in this triple star system, and in the more distant Oort cloud region, there are as many as 100 million small celestial bodies with a diameter of more than 1 kilometer.

For small celestial bodies that are too small in size and mass, Tang Feng naturally does not pay attention to them, and there is no need to control such small celestial bodies at all.

With the rapid movement of the Nautilus, the main situation in this triad has been faithfully recorded by the instrument. In this way, when Tang Feng controls one of the stars, he will compare it with this star chart to see if the conjecture will happen.

After all the preparations, Tang Feng set his sights on Proxima Centauri.

Compared with the other two stars, Proxima Centauri is much smaller in size and mass, and the number of planets and dwarf planets orbiting Proxima Centauri is also relatively small. Since it is an experiment, it must be picked up first.

In addition, Proxima Centauri is the closest star to the solar system, so if you don't start with it, who will do it!

A bit out of Tang's surprise, there are quite a few planets around Proxima Centauri, there are fifteen in total, all of them are rocky planets, but the size of these rocky planets is relatively small, and the largest rocky planet is not even as big as Mercury.

Strictly speaking, these fifteen planets should be called dwarf planets.

Proxima Centauri, after all, is only a red dwarf, far smaller than the Sun in mass and size, so it is understandable that its little brother is so pitiful.

There's no way, the rocky planets that are too big and too large have already been captured by stars A and B. Only stars A and B that are large enough in size and mass can attract rocky planets that are large enough.

Of course, Proxima Centauri is a red dwarf, and it is also a true star, with a diameter of 1.5 times and a mass of 150 times that of Jupiter. Therefore, in addition to attracting fifteen barely past brothers, Proxima Centauri also has nineteen dwarf planets with a diameter of about 1,000 kilometers orbiting Proxima Centauri.

In other words, if Tang Feng was able to directly control five of the fifteen junior brothers after controlling Proxima Centauri, then the situation that Tang Feng had encountered when controlling Jupiter would have proved to be effective.

The goal of the experiment was in front of him, and Tang Feng of course did not hesitate to directly launch the control function on Proxima Centauri.

As it turns out, a red dwarf is a red dwarf and can never be compared to a yellow dwarf like the Sun. Even if Tang Feng controlled Proxima Centauri, the number of star core splits consumed was much lower than the number of star core splits consumed when he controlled the sun in the first place.

At the beginning, Tang Feng spent 344 star core splits in order to control the sun. But when Tang Feng drove the Nautilus into the interior of Proxima Centauri and began to control the red dwarf, it was not until the star core split took all the key positions of the star that it cost thirty-two star core splits.

Moreover, the time it takes to place the core split is only 5 hours, which is far less than the 26 hours it takes to control the sun.

After the 32 star core splits directly penetrated into various parts of Proxima Centauri, a huge amount of dark energy began to center on the 32 star core splits and connected into a dark energy network, wrapping the entire Proxima Centauri.

Then, ten days later, Proxima Centauri managed to leave its projection in the space of its core. To Tang Feng's surprise, as Proxima Centauri left a projection in the space of the star core and became the second star completely controlled by the star core, among the fifteen younger brothers of Proxima Centauri, five of them also obediently "surrendered".

Of course, in addition to these five junior brothers, there are also as many as eighty-two regular stars. Although these regular stars are not very large, they also belong to Proxima Centauri.

Tang Feng did not control the five younger brothers and the eighty-two regular stars, but after Proxima Centauri was in the bag, these celestial bodies were still completely controlled by Tang Feng along with Proxima Centauri!

And according to the comparison of the pre-recorded star maps, this is a total of 87 regular stars, which is exactly 33% of the regular stars of Proxima Centauri!

What does this mean? Very simply, this shows that the phenomenon that Tang Feng discovered when he was controlling Jupiter is real and effective!

When Tang Feng controls the star system, as long as he attacks the main sequence star first, then 33% of the other stars in the system with the main sequence star as the core will be controlled by Tang Feng at the same time!

That's the magic of this core! (To be continued.) )