How the Zergs were Made

Chapter 584 Stellar Resource Development Mission (7)

The implementation of the design blueprint means that the construction can start. The construction of the ring makes this star system lively again. Observing it on a stellar scale, we can see many dust-sized objects moving in the star system.

The larger ones among these objects are the giant creatures transformed by the collectors, each of which is taller and majestic than the Oriental Pearl on Earth, even if it is lying flat on the ground, it can High to the stratosphere.

The transporting organisms continuously flow back and forth between each giant structure, dumping the carried materials to the giant structures, and the giant organisms will transfer some substances to the transporting organisms.

In the network channel built by the collectors, each individual exchanges information with each other.

The liquid metal hydrogen is not enough, give me some more.

This is the application issued by the collectors who are gestating the orbital module.

It's being built, it's being built, don't rush...

After the strong pressure giants recovered the same race that gave birth to the orbital module, they turned their heads and began to urge other races to speed up the progress.

Hey! Isn't the hydrogen salvage ready yet?

There is no way not to urge, and the high-pressure giants also need enough hydrogen to produce metal hydrogen.

The exploitation of hydrogen resources mainly comes from the salvage of the orbits near the stars. This star system has been almost dismantled by the collectors. There are no planets and no large-scale meteorites. The collectors can only salvage the failed star sphere construction. Wreckage for material replenishment.

What the strong pressure on the giant structure got was the helpless reply from the salvage team.

The ray intensity on the side of the star is too high, and it is very troublesome to deal with the accumulation of heat, and it is difficult to salvage...

The salvage team soon began to urge their fellows on the other side.

There are not enough solid helium resources for cooling...

Wait a few more weeks, and it's already being shipped to you.

The reply is a group of giant structures on the edge of the star system. This is a new type of giant structure. The collectors call it a cooling giant structure. As the name suggests, it is a giant structure that cools material resources.

Their shape is very similar to a flat kite, the middle part is relatively large, it is a meat ball, the function is to receive, deliver and process materials, and then there are other parts, with six skeletons extending out, and then supporting a circle of meat Membrane, which looks like the membranous wings of a bat.

The whole body of the cooling giant structure is as white as snow. This color has the highest light reflection and the worst heat absorption. After the substance enters the meat ball, it will be processed into individual molecules, and these processed molecular groups will be sent to the meat membrane. The meat membrane is very thin, and there is an interlayer in the middle, which only allows a small number of molecular clusters to pass through. In this way, the substance will spread into a plane in the form of a small number of molecular clusters, and cool down with heat radiation.

We still have to expand the area. Whether it is when the ring is built or after the ring is built, the demand for solid helium as a coolant will be extremely large.

We also need stronger cooling efficiencies.

Then we need to expand the cooling area.

Thermal radiation is the least efficient of the three forms of heat transfer. The collectors thought, since the efficiency is the lowest, then use the area to win, let all the molecules of a mass of matter cool down at the same time, so as to achieve higher efficiency. The method to improve the cooling efficiency is also very simple, just expand the cooling area.

But it takes enough pressure to recompress the helium mass, and that's a problem that needs to be solved.

Can't a cooled helium mass be delivered to a high-pressure megastructure?

No, this means that we will spend a lot of unnecessary energy on material transportation.

New high-pressure megastructures can be bred close to us.

Then do that.

On the other side, there is an extra circle of cylinders in the orbit of the star. These cylinders are in almost the same orbit, and the error value is within three kilometers. This will form a roughly circular ring with a diameter of two astronomical units.

The orbital module is divided into three parts, the innermost part is the tunnel for particle beam movement, that is, a circle of metal hydrogen, and the outer layer is skeletal organisms, which are relatively restrictive in material transportation, but this part is mainly used to counterbalance The gravitational force of the particle beam is supporting the upper layer, which is the outermost circle of organic cell organisms.

At this moment, they are docking, and the distance between each other is getting smaller and smaller.

Be careful, be careful, be careful...

Take it easy……

The docking of the orbital module is almost at the same time, because it needs to take into account the speed difference of each individual, which will lead to the emergence of new variables. The first to be docked into a complete body is the outermost organic cell part, which is considered the initial stage. Then there is the part of the organic bone. The docking of this part will take a long time, because although the bone is alive, its own structure limits it not to be as active as the organic cell part.

Finally, and the most critical and important part, is a circle of liquid metal hydrogen. After the bones are encapsulated and docked, these liquid metal hydrogen are integrated into a whole.

Okay! Docked!

The collectors reported excitedly, and the collectors responsible for coordinating the overall situation responded to them.

Don't be in a hurry to generate an electric field, first do a self-inspection to confirm the connection with each other, we must succeed once.

Start counting!

The orbital modules forming a ring one by one began to self-check and count in the channel.

1!

2!

3!

...

After the last orbital module completed the self-inspection and reporting, the coordinating collector began to declare the matters that need to be paid attention to when entering the next stage of the project.

Attention each orbital module, when the gravitational force increases to the point of contraction, you must remember to adjust yourself properly to ensure the activity of your own cells.

clear!

The orbiters replied, and the statement continued.

Also, remember to deploy a strong external magnetic field, so that the stellar matter can be deflected to your side instead of passing by you.

learn!

The coordinating collector thought for a while, and after confirming that he had basically said everything he needed to say, he asked one last question.

Is the solid helium used for cooling all full?

Yes!

The orbital modules answered unanimously. At this time, that is, when everything was ready, the coordinating collectors began to issue orders to the same race.

Very good, now start to accelerate the electric field, get ready...accelerate!

The metal hydrogen is injected into the electric current, which is derived from the cooling of the thermal accumulation of the organism by the solid helium, and this process realizes the generation of the electric current.

A circle of not so strong electric field is formed in this fragile ring orbit. After such an electric field environment is formed in the entire ring, osmium ions are guided into the orbit for acceleration.

In the early stage of acceleration, because the electric field is not strong, the speed of osmium ions is not high, but this is just the beginning, because there is no resistance in the vacuum, the speed will only continue to superimpose, and eventually these osmium ions will accelerate to a speed very close to the speed of light Value, at that time, is to form the gravitational force close to the black hole.