How the Zergs were Made Chapter 485 - 486 New Industrial Thinking

Chapter 485: Chapter 486 New Industrial Thinking

"How's the progress going? How much ti has been wasted?"

Returning to the terrestrial planet that belonged to himself, as soon as he returned, he asked his fellow individuals on the planet about the progress of planetary construction.

A habitable planet with a complex ecosystem is just a small episode. In addition to that planet, other planets in this stellar system should still be dismantled.

"There is no delay. It is still within the planned ti. Three antimatter giants have entered orbit near the star and are put into production."

The first pause after receiving the answer from his peers, and then asked again.

"Has the coverage of this planet been completed?"

"There is still a gap in the core part, where the temperature and pressure are too high, and it is full of magma. It will take so ti to complete the all-dinsional coverage."

The so-called all-round three-dinsional coverage, that is, using the rhizo to cover the planet, not only covers the surface of the planet, but also allows the rhizo to extend vertically to the core, controlling the resources in every inch of the planet's space area from the outside to the inside.

"The progress in this area is a little slow..."

When it left, the coverage of the planet had been carried out under its command, and a lot had been completed. Now that it has returned from the livable planet, the coverage of the planet has not been completed, which is inevitably a little disappointed.

"Next, listen to my command. In order not to exceed the planned ti, we need to catch up with the progress." The first road.

"Yes!"

Under the initial command, the organisms of the whole planet beca active. They used the hydro-pressure industry to produce a large number of solid nitrogen, solid helium and other low-temperature substances. While expanding the scope of the rhizo, they injected low-temperature substances into the formation, so as to achieve cooling and expansion.

High temperature and rapid cooling will cause the loosening and cracking of the formation structure. Even if the density of the formation is extrely high, it is the sa. The simple principle of thermal rise and cold contraction.

However, in contrast, a large amount of low-temperature substances appear in the formation. After the interweaving of cold and heat, a large number of gases carrying high temperatures will be ford, and the heat of the formation is transferred to these gases.

After hoarding to a certain amount, these gases will begin to break through the strata. All parts of the planet's surface will crack, and earthquakes will occur from ti to ti. At this ti, a large amount of hot gas will gushe out of the crack.

However, after the rhizo is first directed to guide, these gases will no longer have any risk to them.

After the initial addition of underground construction, the collectors added wings, and the rhizo expansion was very fast, and soon the rhizo network was pushed near the core.

At this stage, there is not much need to coordinate and command. As long as you find a way to exhaust the thermal energy of the earth's core, it is a comprehensive disassembly of the planet.

Antimatter giants appear near the orbit of the star, where the antimatter needed by the population is produced. In addition to the antimatter giant, there are also magnetic ring giants that make up the star orbit.

The pits of the star system look like round cheese that has been nibbled several tis by mice. Hundreds of tons of material resources fly and move in the star system and are transported to various places where material resources are needed.

The only thing that can maintain the appearance of the ball is the gaseous giants, but their size has also shrunk a lot. So insatiable guys are hanging straws in orbit, unscrupulously absorbing the material of gas giants.

As in the past, the three satellites with small volu and mass were first dismantled and scattered to all corners of the stellar system. So were used as cryogenic materials to cool the planet's core, while others were used as combination elents of organisms.

The things that need to be done for the first ti are basically done. The rest of the things are the sa for other races. The construction of the population in the star system has entered the final slope developnt.Snowballs will roll bigger and bigger and no longer need the intervention of external stimulation.

However, this does not an that it can be idle at the beginning, and it is lost in thought.

"Chur, what are you thinking?" A collector asked this.

At first, he is the oldest collector in this stellar system, so many tis, other collectors can't keep up with his thoughts, just like children don't understand what adults are thinking.

"I am conceding a new ethnic individual, which can solve the problem that ethnic industry is limited by planets. If such an organism is designed, we will no longer need to rely on the natural gravity of the planet to form water pressure for industrial production, and even we can even abandon the water pressure."

The first answer to the inquiry of his own race, but the first answer information given is not rich, so the collector asked again.

"What kind of creature are you conceiving?"

After being silent for a while, he answered the questions of his peers.

"It is a giant organism, which is very useful for the population. As long as this giant structure is designed, the population can produce a proton lattice in the space environnt without water pressure."

"With the help of water pressure, what force should we rely on to squeeze out the electrons in the hydrogen atom and let the protons forcibly close to each other to form a proton lattice?"

Collectors wondered that the hydraulic industry is an extrely important link in the ethnic science and technology system. Compressed substances are basically completed by hydraulic pressure, such as the production of liquid hydrogen, liquid oxygen, solid helium, etc.

It can be said that if this link is contained by the enemy in the war, the will basically have serious disadvantages.

"Relying on air pressure, as long as the air pressure is enough, the effect is not necessarily worse than the water pressure." The first road.

"I have an idea about the prototype of this giant creature, but there are still so things that need to be confird. I need to allocate a batch of resources for experints."

"This is the genetic blueprint of experintal organisms. Go and prepare it."

At the beginning, I handed a genetic blueprint to my family.

"Okay...huh?"

"What's the matter?"

"Isn't the structure of this experintal organism too simple? This is just a cylindrical tal bone structure, not even a complete life.

After browsing the information of the initial genetic blueprint, the collector was confused by the content of the genetic blueprint. Strictly speaking, the experintal organisms in the genetic blueprint are not even biological. It is just a biological skeleton with extrely simple structure.

"Industrial production pays attention to simplicity, rudeness and directness. Your anti-matter containers are like this. The manufacture of proton lattices with water pressure is the sa, and so is the manufacture of antimatter. Don't think too high-end things you don't understand. When you really understand them, you will find that it is actually that It's a thing."

"The bone structure in the genetic blueprint is the kind of giant bone I conceived, so I need to test its strength and whether it can et the standard I expected. If I can't reach it, I need to re-find the bone frawork that can et the standard." Explain to the sa family for the first ti.

"Well, I'll prepare it."

The collector who got the answer to the question is disconnected.