Tang Feng already knew a lot of secrets about the star core, one of which was that after the star core entered the stellar level, the promotion process of each star core was different. Pen & Fun & Pavilion www.biquge.info

It's like there are thousands of leaves in the world, but no two are the same, it's a truth.

Before each star core is finally promoted to a ninth-level star core, no one knows how this star core should be promoted to the most suitable one. Only through continuous attempts, may be able to grasp the most correct promotion route of a star core.

Originally, Tang Feng also planned to promote his star core step by step, but the potential of this star core was beyond Tang Feng's expectations. Other star cores can only control one planet at a time, but this star core of mine can control multiple planets at the same time.

That's not the worst of the day. The most perverted thing is that the star core controls the main star, and at the same time, it also controls thirty percent of the planets in this system at the same time.

Although this feature has not yet been conclusively proven, it is enough to surprise Tang Feng.

Anyway, when controlling the Jupiter system, the star core has initially shown this ability to defy the sky, so whether this ability is really the real ability of this star core still needs Tang Feng to go to other star systems to prove it.

The first star system that Tang Feng aimed at for experimentation was the Nanmen II star system, which is closest to the Sun.

Within 12 light-years of the Solar System, there are 10 star systems, such as the familiar Sirius, the brightest star in the day after the Sun, which is about 8.7 light-years away from the Solar System, and the UV Star Cetus, which is 8.4 light-years away.

As for the South Gate II star system, it should actually be called Centaur Alpha Star, this star system is located in the constellation Centauri in the south of the sky, which is a triple star system, and it is also the closest star system to the solar system.

The so-called triple star system refers to a star system composed of three stars, which are gravitationally attached to each other, and the three stars revolve around this common center of mass.

At present, there are still a lot of triple star systems discovered by human beings, the most famous of which is Gou Chenyi, that is, Alpha Ursa Minor, this star is a triple star system, of course, this star called Gou Chenyi has a more famous name, that is, Polaris.

Another well-known triad star system is the Gemini Alpha Star, which is also known as Beihe II.

South Gate 2 is the closest triad star system to the Earth, and the three stars in it are named Centaur Alpha A, B and C, among them, Centaur Alpha C is the famous Proxima Centauri, which is the closest star to the Sun.

Because of its proximity to the Sun and the fact that the main star that makes up the triad system, Centaur Alpha A, is slightly larger and more massive than the Sun, Star A is the fourth brightest star in the sky after the Sun, Sirius, and Old Man.

Star B, the companion star of Star A, is slightly smaller than the Sun in terms of mass and size, so this star is the 21st brightest star in the whole day.

As for C, Proxima Centauri, it is a small main-sequence star, or red dwarf. Because Proxima Centauri is so dim, the closest star to Earth was not discovered until 1915.

When Tang Feng drove the Nautilus to the second south gate, from a distance, Tang Feng discovered a lot of things that had not been discovered by earth scientists before.

Tang Feng was definitely the first person to reach Proxima Centauri, which is about 40 trillion kilometers (4.22 light-years) away from Earth, and because of the limitations of Earth technology, geoscientists have not observed the closest star system to Earth.

4.22 light-years may not sound like a big number, but it's really nothing compared to the Milky Way's 100,000 light-year diameter. It is these 4.22 light years, but for the current earthlings, it is an insurmountable barrier. Because according to the current space technology mastered by earthlings, even the fastest spacecraft will take 70,000 or 80,000 years to reach Proxima Centauri.

However, the distance of 4.22 light years is nothing for the Nautilus, which can even cover a distance of nearly 40 trillion kilometers in a very short time by turning on the faster-than-light engine.

When Tang Feng arrived near the second south gate, Tang Feng could finally get a glimpse of the whole picture of this triple star system.

In the South Gate II star system, the three stars are about 0.2 light-years apart from each other, revolving around an invisible center of mass in the void. Among them, the most massive and brightest Centaur Alpha A, about the same size as the Sun, is yellow; Star B, on the other hand, is orange, and the faintest star C, Proxima Centauri, is red.

The masses of these three stars can be clearly distinguished from the spectra. Because the volume and mass of stars A and B are much larger than the critical mass of the stars required to produce hydrogen fusion reactions, the light emitted by these two stars is relatively strong. The volume and mass of Proxima Centauri have just exceeded this critical value, so the hydrogen fusion reaction inside Proxima Centauri is actually not very stable. Therefore, Proxima Centauri is very dim.

To Tang Feng's surprise, when the Nautilus arrived at this triple star system, Tang Feng finally saw the existence of the terrestrial planet that had not been confirmed for a long time.

As early as 2012, geoscientists discovered a terrestrial planet located in the B star system through the Hubble telescope, which was named Centaur Alpha Star B.B. But whether the planet really exists or not is still very much divided.

However, this time, Tang Feng came to the South Gate II galaxy in person, but with the naked eye, he saw the terrestrial planet that had been running around star B.

Similar to what scientists have speculated, this planet is a terrestrial planet, and it is about the same size as Earth in terms of size and size. But the planet is so close to star B, only about 6 million kilometers away. This distance is much smaller than the distance between Mercury and the Sun.

It is precisely because this planet is so close to star B that this planet is running around star B at an unbelievable speed, and this guy has only 3.2 Earth days around star B for a week......

The universe is so big that there are no surprises! Today, after Tang Feng saw this terrestrial planet running wildly, he finally understood that in the universe, there are really many phenomena that earthlings cannot understand at present.

It stands to reason that a planet so close to the star should have been torn to pieces by the star's gravity a long time ago, but this terrestrial planet seems to be living very nourishing now. Of course, perhaps this terrestrial planet is also running towards the end of its life in this wild attitude......

In addition to this terrestrial planet running wild, Tang Feng also discovered many other planets that had not been observable on Earth before. However, among them, there are no giant planets like Jupiter and Saturn. It's no wonder that giant planets like Jupiter are hard to exist in such a complex triad system. The complex gravitational relationship between the three stars cannot allow the giant planet to survive, and once a giant planet like Jupiter appears, it will definitely be torn to pieces by the gravitational pull of the other two stars.

However, even if there were no giant planets, the large number of ordinary planets still made Tang Feng swallow a mouthful of saliva unconsciously...... (To be continued.) )