Superstar Hive. The original hive volume can no longer satisfy the current Zerg. After so many changes over tens of thousands of years, the Superstar Hive has changed from a dwarf planet to a collection of multiple planets. These planets are not planets that already exist in the universe. Instead, the Zerg built them up bit by bit using asteroids. This kind of planet has no iron core inside, and the magnetic field is very weak. It is just a big piece of soil or a big piece of rock. But it is enough for the Zerg. The reason why they are obsessed with digging is that the Zerg itself has a shell. If they want to form a shell, they must eat these substances. Eating calcium will naturally grow a calcium shell. And eating silicon will produce a silicon shell.
The best is of course various metals. And don't want metals from nature, but metals made by the Federation. But for such a huge number of Zerg, only a small number of them can share the metal. Therefore, metal can also be used as a way to classify the Zerg. For example, soft stone level, hard stone level, crystal level, steel level, alloy level. These levels do not represent the attack power of the Zerg, but only the position of the Zerg itself in the Zerg swarm. For example, a 10-meter-level Zerg is an alloy-level, and it cannot beat a 100-meter-level crystal-level Zerg. In the same Zerg nest, the size is absolute. So what is the significance of this level distinction? Because the Zerg's status is established through IQ. That is to say, the higher the level, the higher the IQ of the Zerg. If it is steel-level, its IQ is about the level of a 10-year-old child, and if it is alloy-level, it is almost the IQ of an adult male. Zerg generally do not have IQ. However, there are a large number of genetic mutations within the Zerg, which leads to some Zerg having IQ. If it is natural selection, then the genes of these intelligent Zergs will definitely be preserved, and then all Zergs will be born with IQ. But it is impossible. Because the absolute core of the Zerg is the brain worm. The brain worm does not need too many intelligent Zergs, otherwise it will not be able to manage them. And what do Zergs do with so much IQ?
What are the benefits of being smart? By then, the entire Zerg will probably become a social creature, and the brain worms are afraid of being rebellious. So the current Zerg model is the limit. The Zerg units that Ella mobilized were carefully cultivated by it, with 16 planet-sized nests. Each nest is 150,000 kilometers in size. The entire nest has trillion worms, and it can guarantee a daily output of billion under full production. This number has not changed much compared to before. Because the limit of the Zerg is no longer the growth rate, but only the size of the nest and the amount of energy. After the super star nest flew over, Ella let them start to produce rapidly. Its production capacity was directly maxed out. This lasted for a year. The number of worms increased by trillion. This is only one year. It is hard to imagine what would happen if the Zerg really arrived at a place with abundant resources and fully developed it. Ten thousand years later, the number reached trillion. It doesn't seem like much. But you have to know that this is a nest. If new hives are constantly developed, the number of them is incalculable. Ella almost forgot the existence of the Bimos Zerg Star Country. This star country is still the largest Zerg group at this time. The number of hives of this scale mobilized by Ella reached million. There are also 447 million smaller hives. The number of Zerg in the entire Bimos Zerg Star Country is 287 trillion trillion, which is enough to sweep across a starry sky. Of course, this is just an ideal state. The diameter of the earth is about 12,000 kilometers, and the length of a light year is about 9 trillion kilometers. That is to say, one light year can hold 750 million earths. And one square light year is trillion earths. If it is one cubic light year, that is trillion earths.
One cubic light year can hold these multiple earths. If it is replaced by insects, gathered in one cubic light year, I am afraid they can only stay in one corner. This is the vastness of the universe. However, Ella only planned to use 10 trillion bugs this time. Because the dimensional channel is not big. A few years later. All 10 trillion bugs are in place. Ella announced the start of the plan. This time the plan is controlled by it, and Mu Xi is just an assistant. There are only a dozen scholars in the whole plan, and the other scholars do not understand the content of the plan at this time. They don't want to understand it. Unless the plan succeeds. Densely packed bugs rushed towards the dimensional channel. The smallest one is 50 meters long. These giant bugs are endless, and it takes several months to enter the dimensional channel completely. And new bugs are still being produced. They are also pouring into the dimensional channel. This plan is not afraid of too much. In fact, before, the influx of Zerg was more than the current scale. That was calculated in billions. Now it is just a small ditch releasing water. The difference is that before the dam was opened, the gate was facing the forest, there was no ditch, and it could only cause soil erosion. And this time the small ditch is at least a ditch, with a clear direction. After the Zergs entered the dimensional channel. The detector sent a message, sensing the presence of Zergs in the dimensional channel. The dimensional channel is not big, but it is not small either. The detector only observed a few. These insects ran around randomly, and the detector began to edit the signal, determining its position and direction while constantly circling around. This is not safe, and Ella outside the dimensional channel needs to constantly give signals to accurately locate the position again.
Then the detector releases the position signal to those insects. Each newly produced insect has matter in its head that allows them to distinguish directions. They only need to determine the direction of the information sent by the detector, and then move in the direction of the information sent outside and move in the direction of the information sent inside. Countless Zergs are constantly moving towards the central black hole. And the detector also began to approach the black hole event horizon. The black hole event horizon itself is not transparent, so calculation is required to find it. That is to say, if a person closes his eyes and knows that there is danger 10 meters ahead, he needs to accurately calculate the length of each step in his mind, and then walk to meters and stop. This is more difficult than imagined. Because there is no way to see where your feet land. There will be errors in each step. The distance of 10cm is difficult to control. This is even more true for the detector in the dimensional channel. Because it is not sure about the size of the black hole, nor the diameter of the dimensional channel. How to judge this? Use information rebound? That is the visual interface, and no information will escape at all. Use insect alarm? Insects die faster! The detector's approach is to release its sensor and continuously send signals. As long as the signal stops, the position of the visual interface can be basically determined. The plan has entered the final stage. It depends on whether the insects can find the entrance to the dimensional channel!