<h4>Chapter 803: Chapter 804 Construction of Superluminal Giant Structure</h4>


    The dazzling light is released, and arge structure separated from the speed of light and appears in a star system, which is a collector cluster that shares the same gravitational ring.


    The collectors who entered the star system immediately diffused radar waves and scanned the internal environment of the destination star system.


    Circles of radar waves diffuse at the speed of light, scanning the environment of the star system in a few hours, and feedback the information of the celestial bodies back to the collector cluster.


    "Four-body star system, with eights and two gaseouss..."


    "The abundance of material is much higher than expected. It seems that this star system is likely to be formed by the merger of two double stars, or a single star and three stars."


    "Thetter is more likely. The stars of the double star system are too massive to form too manys."


    "Priority search for satellites, this kind of low-gravity star, is less difficult to exploit and ess resources quickly. We don''t have so much time to waste."


    "The target has been selected, and it is about four light minutes away from our current distance."


    "Let''s go!"


    The leader of the cluster issued instructions, and the whole cluster traveled towards the destination four light meters away from them at the speed of light.


    Unlike sublight navigation, this speed of light navigation using space-time distortion does not cause a ruler effect. How much time has passed normally, and how much time has the collectors also passed? Through the form of time (t) X speed (V) = distance (s), they n the distance they want to sail in advance.


    Four minutester, the collectors arrived near the orbit of a gas giant satellite.


    The cluster dropped arge number of meat-shaped organisms and a nuclear fusion furnace on the satellite. The collectors releasedpleted theirnding on the satellite with their own softness, began to build a honeb in ce, and then rely on the nuclear fusion furnace to form a material cyclework to dismantle andbine the chemicals needed by various clusters. .


    Deep pits were dug on the satellite and a mixed solution that was not easy to condense was added to it to create liquid metal hydrogen necessary for building a gravitational ring with the help of liquid pressure.


    Biological rockets rose up and usedbustible substances such as liquid methane as fuel to carry processed liquid metal hydrogen and other chemicals into the universe.


    The biological rocket gathered in the near-orbit of the satellite and gradually evolved into eightrge meat pieces. Therge ring structure nurtured and spliced in the shrinking meat pieces. It took five days to build a prototype of the ring. It is expected that the finalpleted gravitational ring will be four times the volume of the gravitational ring currently used by the collector cluster.


    On the seventh day of thepletion of the ring orbit, the collectors gave the particle energy in the ring to elerate. It took three days for the particle to elerate the ring to shrink by one-half to form a gravitational ring.


    Subsequently, eight gravitational rings are arranged in a row to form a long cylindrical array, and a superluminal mechanism is built based on the gravitational rings.


    In terms of Earth time, it took about 14 days for the collectors to finallyplete the construction task, and the superluminal pressure giants can be built by them.


    However, before the collectors had time to celebrate, they observed the change in brightness from the star.


    Collectors are familiar with this change in the brightness of the star. This is the sickle of death and a precursor to the imminent supernova explosion! Chinese at night


    "Leave!"


    The leader of the cluster did not hesitate to order, and thepaters on the satellite did not hesitate to abandon it. The cluster and thepact giant structure, which was not long afterpletion, entered the speed of light and went to other star systems.


    With the explosion of a star in the four-body star system, a terrible gamma-ray burst was released, disintegrating all stars except stars within a few hours, froms to meteorites.


    There is no sadness from the death of the same kind. The collector does not have the same set as human beings. After arriving at the new star system, even when they begin to be familiar with the environment in the star system, they will then exploit resources.


    This time with the pressure giant, the collectors went straight to a gas giant and left a piece of meat the size of a fist on the near orbit of the gas giant.


    Then, the cluster went to the asteroid belt in the star system, from which it continued to bring arge amount of material resources to the meat.


    The meat expands and builds into arge space biological tform. A straw falls from the gaseous giant below the tform and pumps the internal gas of the gas giant star by supplying energy to the biological pump through the internal fusion reactor.


    The pumped gas will be purified through cell sorting and then transported to the pressure giant structure in different categories.


    The pressure giant structure of hydrogen will transfer hydrogen to a pipeline formed by its front gravitational ring, andpress hydrogen into liquid metal hydrogen with the help of the strong gravity of the gravitational ring.


    Simrly, if it is helium, it will be sent to the gravitational ring topress into solid helium.


    It took about a week for production to get on track. The gaseous collection giant structure that can extract gas from gas giant stars is also equipped with a gravitational ring. has the ability to superlight speed.


    The cluster began to build a new giant structure.


    There are many materials produced, and the production capacity of the giant structure has always been very efficient, but carrying these materials is a problem, so the collectors have built a huge structure for storing material resources.


    The construction of this biological giant is not as troublesome as the pressure giant and gaseous collection giant. Its internal structure is notplex and only needs to be equipped with a set of superluminal organs.


    The most significant feature of the storage giant structurepared with other giant structures is that its keel is long and a single gravitational ring.


    The diameter of the gravitational ring is veryrge, and the keel extends backwards. It is a circle of skeleton used to support a huge volume. Attached to the biological metal skeleton is the negative material pipeline. Through these pipes, the negative material extracted from the gravitational ring energyyer is transferred to the rear to distort space-time and move at super-light speed.


    The storage giant is equipped with a singlerge fission reactor and a small amount of biological pulses for steering. The collector''s main performance pursuit of it is to store materials. Therefore, the internal life maintenance cycle ispressed and simplified to the extreme. The space inside the organism is maximized, and the movement basically depends on distorting time and space. It relies on biological pulses toplete.


    Although the structure is simple, due to the huge amount of resources required, the cluster concentrated all its efforts onpleting the huge storage structure, and it took about 20 days toplete it.


    Afterpletion, the collector cluster selected a satellite and began to exploit arge number of material resources of the satellite and loaded it into the storage giant structure.


    Maintaining the state of resource production and material collectionsted for 12 days, and the brightness of the star began to change again.


    The collectors who knew the attack wereing, did not hesitate to terminate all their current missions, collectively entered the speed of light, and went to the new destination star that had already been prepared.