In order to learn about the nucleus of the galaxy, the successors once again assigned the task to let some of their families go to the nucleus of the galaxy to learn about the intelligence.

The overall time and space of the river system was compressed due to the relationship of the correction mechanism, and the difficulty of super-light speed increased. To solve this problem, the successors created a star-swallowing giant with a constant star scale.

This kind of biological megastructure, which can be close to the size of a red dwarf star, is still effective due to the mass of its own gravitational ring and the ability to store negative masses.

It is the best choice for performing galaxy nuclear detection missions in the current environment.

The scout team of this group of successors traveled to the nucleus of the galaxy at super-light speeds and made observations of gravitational waves along the way. Whenever they noticed a little anomaly, they would not hesitate to hide in the super-light speed.

During the exploration near the nucleus of the galaxy, they captured a series of electromagnetic pulse signals.

This series of electromagnetic pulse signals is very strong, but because it is located near the nucleus of the galaxy, this series of electromagnetic pulse signals is not so conspicuous in the general environment. If it is not for the successors to come here as scouts and obtain environmental information, it may not be easy to notice. This string of trivial signals.

After the decision, the successors decided to check it out and see what the source of the signal was.

"The signal comes from here, I'll go and see, you guys stay away."

"Be careful, this place is close to the core of the galaxy. It may be a trap set by the correction agency. If there is an abnormality, it will immediately send us a warning signal."

The implication is that if there is danger, the scout team will not hesitate to abandon the individual and escape at super-light speed.

This is unsympathetic, but it is a very common choice for successors, so even individuals who may be abandoned do not object to this.

"Ok."

As the distance gets closer, the individual can see the source of the signal clearly through his own visual organs.

It was a spherical object with a gray-brown metallic luster, but it was very reflective like a mirror. The sphere was not large in size, about the size of a fist.

This is relatively rare, because it is very difficult for objects with such a large volume to release the kind of pulse signals received by their successors.

Because the signal release needs to consider the issue of energy, the stronger the signal, the greater the energy demand. If the sphere wants to release that kind of pulse signal, I am afraid that antimatter needs to be used.

But in this case, coolant is needed to cool down, otherwise it can't operate for a long time, and it will self-destruct due to heat accumulation.

Taking into account the energy, conversion, signal output, etc., after careful calculation, the volume will not go down unless the sphere has only recently appeared.

But this is even more unreasonable, because the released signal has traveled tens of light-years away, and the signal spreads at the speed of light, which means that the sphere has existed for at least several decades.

"The signal is released by this sphere."

The individual confirmed again, looked at it for a while, and then glanced at the direction of the galactic nucleus, and roughly understood the principle of this sphere. The source of energy was not the sphere itself.

The sphere does not carry any energy. The energy comes from the galactic nucleus. The pulse beam scattered outside the galactic nucleus is refracted and deflected after contacting the sphere.

The sphere itself has its own rotation, which makes the refracted pulse beam look like some kind of signal.

"This design is... Si unexpectedly thought of extending himself in this way?"

Further analyzing the sphere, the individual unexpectedly discovered that the inside of the sphere is actually an information storage, in layman's terms, it is a hard disk that stores compressed information.

What surprised the individual even more was that it was their Amoeba that made this hard drive, which was made by Sisi from the group of dead collectors.

Si encapsulates his thoughts, memories, etc. in this memory, and designs the rotation of the sphere to release pulse signals to the outside in a fixed manner.

This was done to continue the amoeba. At that time, I felt that the general trend of the ethnic group was gone, so I thought of leaving the fire of amoeba in this way.

In the future, a civilization will arrive near the galactic nucleus, or the sphere itself will drift away from the galactic nucleus and be learned by other alien civilizations.

Then if the opponent has enough curiosity or for other reasons, the hidden switch inside the sphere is turned on, thinking that the compound left in the sphere will form a microscopic amoeba.

The collector can resuscitate, and even thinking himself is the same, thinking and memory of thinking self-replicating are stored in the sphere, and only the activation and the body are missing.

All this is uncertain. Too many variables are difficult to control, but it is better than annihilation. This is thinking about the thinking at the time.

"Not a small gain."

The individual brings the sphere left by the thinking, and it prepares to bring the thinking back to life.

Si's choice was a helpless choice made by the previous race when faced with danger. Now that the successors have found them, there is no need to continue this choice of Kente.

And considering that the intensity of the battle will gradually escalate, the humble small sphere may not be intact, and the gene of amoeba will continue to exist.

...

The detection intelligence of the galactic nucleus, and Si was brought back to the successor.

There is not so much time for Si to adapt to the psychological gap after abandoning the will, and after violently upgrading Si to his successor, he drags it to participate in the strategic decision-making of the successors.

The main content of the discussion is how to break through the defense of the galactic nucleus, continue to implement the original grand strategy, and reduce the galactic nucleus as the energy source of the correction mechanism.

"According to the intelligence feedback, the situation near the galactic nucleus should be like this. An unknown position constrains negative matter ~lightnovelpub.net~ to form a protective shield with a diameter of tens of thousands of light-years to protect the galactic nucleus from our superpowers. The mass of the light-speed negative-matter missile has been reduced."

"These space-time pillars are supposed to be the result of negative matter. Although the internal structure is still incomprehensible, it is not difficult to see from the overall layout that the space-time pillars are integrated with the protective cover surrounding the galactic nucleus."

"If the space-time column, as we think, is the negative material transmission pipeline of the protective cover, then using the positive material to reduce the protective cover to complete the breakthrough is not the best way, because no matter how the negative material is reduced, the protective cover will be replenished. , It is obvious from the scale that even if we exhaust most of the nebula material in the river system, there is no way to consume the protective cover of the correction agency."

...

After discussion and discussion, no successor can give a good plan. Either the feasibility is not high, or it is not suitable for a long-term grand strategy.

For example, compound penetrating, by sufficiently offsetting the negative mass of the positive material on the outer envelope of the superluminal negative-matter missile, the galactic nuclear protective cover achieves the purpose of sending the superluminal negative-matter missile into the galactic nucleus.

It sounds very reliable at first, but unfortunately it is not very reliable. Strictly speaking, the positive matter in the river system is used to offset the negative mass of the protective cover.

However, the negative mass of the protective cover is huge, and no successor can determine the thickness of the protective cover.

If you keep trying, the correction agency probably won't give them so many opportunities.

There is also the supplement of negative mass. The space-time column is suspected to be able to supply the protective cover with a steady stream of negative masses, which means that the feasibility of the penetration goal achieved by neutralizing the protective cover by using positive materials is greatly compromised.