How the Zergs were Made

Chapter 488: Forcing the Giant Structure (Part 2)

The original order was very simple, that is, to let the huge cylindrical object die, but the method of death was rather strange, it died because it was torn apart by its own centrifugal force.

In this regard, all individual collectors who understand this experiment are clear, including the huge cylindrical object itself, and no one has any objections to these.

This kind of seemingly disregarding human life is a very common thing in the society of collectors. Just in the link of breeding huge cylindrical objects in the universe, there are many transportation creatures transformed by collectors. die.

Death is just an ordinary thing.

The strong centrifugal force at the intersection point of stress is changing, and the range of change is plus or minus 4 interval values...

The direction of the moment is dualized, the lateral thickness of the experimental organism is increasing, and the diameter of the inner ring is expanding by 12 percent...

There are differences between the experimental parameters and the physical model, change the error amount, import the experimental parameters, and re-establish a new physical model...

According to the reported parameters learned from the huge cylindrical object, the collectors are more and more aware of what changes will occur when an object continues to accelerate its spin.

These data information will become part of Amoeba's big data knowledge and technical reserves.

Be careful, it's starting to reach the limit.

At the beginning of learning the feedback data with concentration, remind other individual collectors to pay attention, and not to make any mistakes or omissions.

After continuously accelerating the spin, the huge cylindrical object finally could no longer maintain its own structural state, and began to disintegrate.

The first part to disintegrate is the stress intersection point in the middle of the huge cylindrical object. This part is the part that bears the greatest force in the entire structure, so it is the first place to collapse.

The collapse first formed an undetectable crack, but it was captured by powerful forces in an instant, and was endowed with powerful force by these forces. The crack expanded rapidly and formed a hideous crack on the surface of the huge cylindrical object, and the crack continued It disintegrated, and within a few seconds it turned into fragments flying everywhere.

Some fragments violently hit the relatively intact wreckage of the huge cylindrical object, and the high-speed flying object directly smashed it, forming more flying debris wreckage.

The entire huge cylindrical object at this moment is like the moment when the gorgeous evolution firecrackers explode, but these fireworks are solid fragments moving at high speed.

Data collection complete.

Do you need to continue to build a few more for actual testing?

Some collectors asked Chu, but Chu refused.

No, there is no need to waste resources like this. We have collected sufficient test parameters. Next, we can deduce and design the giant organisms we need based on the physical model established by the test parameters.

This is like one plus one in mathematical calculations. After thoroughly understanding how to calculate one plus one and why the result is equal to two, addition operations such as one plus four and three plus two are not difficult .

As the saying goes, one method can pass, ten thousand methods will pass, this is the truth.

The construction in the star system still hasn't slowed down, but apart from the individuals who maintain the basic construction, most of the collectors engaged in mental activities were initially summoned in the orbit of the habitable planet that was preserved.

This is done to ensure no delay in information transmission and to facilitate communication. The distance between planets is too large, and even light-speed communication such as radio will have delays.

Collectors rely on radio to form an Internet in the orbit of this planet, using their own brains as information terminals to exchange information with each other.

A cylindrical and hollow structure was envisioned and conceived, which was the initial prototype template of the 'high pressure giant structure' they needed to design.

The strong pressure giant structure, as its name describes, will form a 'strong pressure', and collectors can rely on this strong pressure to achieve industrial production.

Strong pressure requires force to maintain it to exist, and any force is fine. According to the original design idea, the force that forms the strong pressure of the strong pressure giant structure is centrifugal force, relying on centrifugal force to squeeze the gas on the inner wall to achieve super strong pressure.

From the tests, they already knew the limits of what their current strongest materials can achieve at the beginning, and based on this, they began to standardize the body proportions and mass structures of the high-pressure giant structures.

In addition to the strength limit of the material, the collectors knew the redistribution point of the stress change in that extreme centrifugal state, so they focused on strengthening that part.

Wait, why did you change the propulsion design of the pressure megastructure to bio-pulse propulsion?

Some collectors initiated inquiries in this temporary Internet, and in the design blueprint, the antimatter propulsion of the strong pressure giant structure was banned by the biological pulse.

Antimatter is a strategic resource of the ethnic group and should be stored rather than used.

No, this is a waste of resources, which is not beneficial to the ethnic group in the long run.

What's the reason?

The inquirer gave his own explanation.

The high-pressure giant structure will be a giant organism that will be mass-produced in the future, just like the antimatter giant structure and star track, which means that more biological pulse propulsion needs to be produced to meet the demand. But the biological pulse The principle of propulsion is to volatilize solid fuel through high-energy heat rays, and then emit the reverse thrust after being constrained by a strong electric field. Those high-energy matter particles that are sprayed out cannot be reused by the group. The situation is not the same as that of annihilated antimatter. Big difference.

If you look at the overall integration from manufacture to use, because the cost of antimatter manufacturing is reduced due to the natural energy source of stars, the biopulse propulsion consumes more resources on the population.

The information was quickly transmitted to each individual on the Internet, and they began to think about this problem. Finally, after weighing the pros and cons, the collectors pushed the antimatter back into the installation again.

Due to the existence of physical models learned from actual tests, it can be said that there is no bottleneck in their initial megastructure design, strength, structure, reaction force reinforcement, etc., all in one go.

After several livable planets rotated once, it was conceived from the beginning, supplemented by other collectors' ideas and actual test parameters, and the strong pressure giant structure was finally designed by the collectors.

The high pressure giant structure is currently the most difficult giant structure organism designed by the collectors. The difficulty factor is not equal to the risk factor. If it is the risk factor, the antimatter giant structure will naturally come out on top.

But as far as the difficulty factor is concerned, the antimatter giant structure does not need to consider too many internal forces, because the antimatter giant structure itself relies on a strong electric field to create antimatter, which has nothing to do with the internal force of the structure. The pressure giant structure is different, it relies on centrifugal force, just like throwing a living thing on a planet hundreds of times greater than the gravity of the earth, it is quite deadly.

After the antimatter is accumulated enough, we will conduct another test immediately. Chu said.

clear.