How the Zergs were Made

Chapter 804 - 805 Restoration of Industrial Strength

Chapter 804: Chapter 805 Restoration of Industrial Strength

The completion of the superluminal giant has brought a preliminary restoration of productivity to this gathering group that dares to try. The collectors of the cluster no longer need to share a large gravitational ring, and the number of individuals in the cluster is also increasing.

After arriving at the new star system, the giant creatures move to their own resource points for, and other collectors are preparing material resources, building designs and other types of biological giants.

After storing the giant structure, the next superluminal giant of the collectors was selected as the cooling giant, because the waste heat problem of the cluster urgently needs to be solved.

The superluminal cooling giant is different from the original cooling giant. Although the principle is consistent and relies on thermal radiation to cool down, the collectors decided to add the physical property of 'acceleration of time' to the design.

Gravity compresses space-time, and the passage of time and space will slow down. In contrast, space-time expansion caused by repulsion will increase the flow rate of regional time.

Matter in the space-time expansion area will experience a longer time than normal space-time. Even if the efficiency of thermal radiation remains unchanged, the cooling efficiency will increase with the passage of time, because the cooled matter will experience a longer time than the material in normal space-time.

In front is also a structure of a gravitational ring, which ushered in the production of negative material, and then a strong keel extends to the rear and is connected to the ring that stores negative substances.

The negative matter pipes of superluminal cooling giants are the longest and most complex of all biological giants. The outer layer of these pipes is also attached with a thin gap and the thickness of a molecule.

These are the cooling surfaces of the cooling giant structure. After the helium molecules enter these gaps, they will be affected by the space-time expansion of the negative material in the pipeline, resulting in the acceleration of time, thus slowing down their own temperature decline.

Although it is still thermal radiation with low cooling efficiency, the efficiency has increased a lot due to the acceleration of time. As long as negative substances circulate in the pipeline, the efficiency will not decline.

The final completed appearance is a horizontal round platform structure, and the interior is a negative material pipe like the root of an old tree.

The completion of the superluminal cooling giant structure solves the waste heat problem of the collector cluster. A large amount of accumulated helium is transferred to the superluminal cooling giant for cooling, and then transferred to the pressure giant structure and reprocessed into solid helium for cooling.

The implementation of the cooling giant has created the foundation for the collectors to collect stellar matter. The necessary link of stellar matter is to cool down. With the efficiency of crushing the superluminal cooling giant structure that has cooled the past, the collectors began to consider the construction of the material giant.

After constantly avoiding the supernova strike and migrating more than a dozen star systems, the collector cluster has dozens of superluminal cooling giant structures.

Therefore, after arriving at the new star system, under the command of cluster leaders, the collectors began to build a material giant structure, a biological giant structure that can absorb stellar matter through gravitational rings.

The design of the material giant does not need to be changed too much, because the material giant itself has a gravitational ring and has a foundation for making negative substances, but lacks a filter to filter negative substances and an area where negative substances are accumulated.

Therefore, on the basis of the original cylindrical structure of the material giant, the collectors designed a number of circular structures that store negative substances at the end of the gravitational ring at the material suction mouth, and then laid pipes attached to the cylindrical structure to connect with the opening of absorbing stellar matter.

Thus, the material giant structure has the ability to distort the speed of light in the surrounding spacetime.

With the mining of huge materials, the collectors have made rapid progress in the acquisition of materials.

Although the material giant cannot be compared with the stellar gravitational ring, which is also a biological giant that mines stellar materials, it also crushes other biological giants that exploits planetary resources.

The gaseous collection giant structure is retired because of the material giant structure. Compared with the gaseous collection giant structure that needs to be absorbed by a biological pump, the mass of the material giant structure absorbs much more mass at one time by its own gravity, and the strong gravity will pump up the gaseous superstar's gaseous material like a vacuum cleaner.

With the addition of material giants to the mining sequence, the resource reserve of the collector cluster has expanded unprecedentedly.

After reaching this stage, the collectors are ready to prepare for antimatter.

For the superluminal antimatter giant, the collectors intend to almost completely overthrow the original biological design. Under the supernova strike, each star is an extremely dangerous explosive, which makes it impossible for collectors to rely on stars to design the antimatter giants as in the past.

Stars are essentially nuclear fusion. Since natural stars are no longer reliable, collectors create their own stars arbitrarily dominated by clusters.

Through the magnetic constraint of plasma, 'artificial stars' that are merding all the time are produced, and the high-energy nature of fusion produces positrons and antiprotons.

Positrons and anti protons are the combined materials of antihydrogen atoms. Through the same principle as the antimatter giant structure in the past, positrons and anti protons are squeezed together in a strong electromagnetic orbit, forcing them to combine them into antihydrogen atoms, and finally exported and encapsulated in a specially stored magnetic field container.

There are eight spherical artificial stars inside each superluminal antimatter giant. Due to the number of nuclear fusion furnaces, demand for solid helium for superluminal antimatter giants is also amazing.

Although the demand for solid helium in the past is equally large, it is far from comparable to the present. After all, this time it is installed in the body to face the nuclear fusion rays at close range, and the temperature must be maintained at a high level, otherwise the efficiency of positron and antiproton produced will be reduced.

With the completion of many superluminal antimatter giants and the beginning of producing antimatter for the cluster, the collectors have finally returned to the original technical level. Strategic materials such as black hole bombs and sublightenary shells have finally been able to manufacture.

However, even so, it does not mean that the collectors can fight against the Great Destruction, and their light-year escape continues.

Crossing one star system after another, over time, about 20 years later, the collector cluster has released a large number of mechanical devices in all directions in each place they stay.

The mechanical device is lifeless and completely dead, with a volume equivalent to 20 adults. It is equipped with an antimatter reactor and an electronic chip, which will broadcast and release high-power radio information at each fixed time.

There is only one piece of information, which is the idea of 'superluminal giant' conceived by this collector cluster.

The ultra-light speed escape causes the collectors to fragment their information from each other, and each cluster is not connected with each other, so they can only leave a radio sending device in all corners of the river system in this way to inform other clusters how to develop and grow under the continuous pursuit of great destruction.

The pressure of great destruction is not enough to defeat the collectors. As long as there is still a glimmer of hope, the collectors will seize that opportunity. This is not the ability and strong vitality of Amoeba, which is not available to all the civilizations born in the past 800 million years of the whole river system!