How the Zergs were Made

Chapter 463 The Spear of Antimatter (Part 2)

Apart from these, is there anything else?

Although he was a bit greedy, Huogu still hoped that his side would have more means of attack. The collectors did not disappoint him, and soon some individuals put forward their own ideas.

Will, I also have a genetic blueprint.

Collectors present their own design in the life field channel. In fact, anti-matter propulsion is installed on the back of the sub-light speed organism, more anti-matter is mounted on the body, and a very strong anti-compression structure design is added.

But apart from these, there is not a single cannon on the entire organism.

Therefore, not all individual collectors can understand the idea of ​​this design.

What is the purpose of this design? What we want to design is a weapon. A gatherer reminded his fellow clan.

It's the weapon. It's a whole gamma ray cannon. Let me explain the design to you.

After hearing this individual's explanation, Huo Gu, Ming and a group of collectors quickly understood the idea of ​​this individual collector's design—this organism is a whole huge gamma ray cannon!

The first is to use antimatter propulsion to make the living body move at a high speed, not necessarily at the sub-light speed, as long as the speed is fast enough, such as 50% of the speed of light.

Then, because of the inertial pressure and strong electric field repulsion, the antimatter will be confined in front of the organism to form a single-sided antimatter shield that can effectively block almost all solid matter.

While it is a shield, it is also an extremely sharp spear. It annihilates a large amount of antimatter in front of it in one breath, and releases a large amount of high-energy gamma rays—essentially the same as the previously designed antimatter gamma ray cannon. There is not much difference, but its volume is very large, this is a very extreme design, a whole organism is a gamma ray cannon, sacrificing everything else, to maximize the single firepower and range .

[This kind of organism is very suitable for raid-style combat. If there are enough numbers, it will crush the same number of enemies. The anti-matter shield in front can also give them a very high protection ability. 】

But the shortcomings are also obvious. They are not suitable for multi-directional combat. If two groups of enemies join the battle from different directions, the organism with only one cannon will be more passive. In addition, the rate of fire of this overall gamma light cannon is also a problem. , The power of the light cannon depends on the amount of antimatter in front, if you want to be powerful, you must gather enough antimatter in front, and it takes time.

Ming praised this design, while Huo Gu commented on the shortcomings of this design.

However, after summarizing all the information, Huogu still has to admit that this design is quite ideal - no matter how strong the defense is, it will eventually be breached, so the strongest defense is offense, destroying the enemy at the fastest speed , there will be no more attacks coming to his side-very suitable for raids that end in a short time.

This is a very good design. The effect of a single individual may not be very obvious, but if there are enough numbers, it will be a nightmare for the enemy.

Is there any more?

Huogu continued to ask, and then the collector and Ming both thought about other things, such as the antimatter battle star, transforming a planet into a movable living fortress, and using the planet's gravity and strong magnetic repulsion to build an antimatter atmosphere for defense outside attack.

However, this design idea was rejected, not to mention the huge amount of antimatter required here, just when the planet moves, it will cause the atmosphere to overflow, and a large part of the antimatter will be lost, which is wasteful, and the antimatter shield has a The obvious disadvantage is that the entity under defense does not disappear, but transforms into energy release. The enemy only needs to throw a large number of meteorites at the battle star to melt the entire planet into a lava planet. The pros and cons at close range The heat accumulation caused by the annihilation of matter is a very troublesome problem, after all, the vacuum is an excellent heat insulation layer.

There is also the anti-matter missile, which has also been proposed, but it is still of no great use. At sub-light speeds, the starbow phenomenon will occur. In that state, the radar is like a blind man. How can the missile be guided?

If the speed is not high enough, antimatter missiles will face another problem. Although they are powerful, there are few cover in space. Radar can easily capture antimatter missiles. How can antimatter missiles avoid laser interception? The speed of laser light is the speed of light, which is the highest speed in the universe that can carry information matter. It is not easy to hit an antimatter missile.

Anything that can't reach the speed of light or sub-light speed is scum!

After a period of time, some gatherers finally proposed two new types of weapons - anti-matter plasma cannons.

In fact, the principle is to use the orbital electric field to accelerate and emit the plasmaized antimatter.

By irradiating negative charge rays to antihydrogen gas clusters, a large number of antiprotons will remain after the annihilation of positive charges and negative charge positive and antimatter, and these antiprotons will also appear in a plasma state after absorbing a large amount of gamma ray heat energy, The remaining work is to accelerate the plasma flow and emit the antiproton flow.

However, there is also an obvious side to this, that is, it is not very suitable for use as a shipborne weapon. The design idea of ​​this gun is the same as that of the original sublight rail gun, which uses electric fields to accelerate matter. The internal speed is continuously increased, and it is launched after it reaches the sub-light speed.

Because of this, the ship-borne sub-light velocity gun also has the same disadvantages as this weapon, such as large size, large energy supply demand, fragile structure, low fault tolerance rate, and so on.

But Hogu still thinks it is very useful. The reason is very simple. This weapon emits antimatter, which is a powerful weapon second only to black hole bombs in terms of power.

If one day encounters an opponent that cannot be harmed by gamma rays and sublight-speed live ammunition weapons cannot function, it is also a good attack method to use the annihilation reaction of antimatter to eliminate the opponent.

The more the better, there should never be too many means of attack.

【Huo Gu, these should be enough, right? 】

That's about it. With the current design experience, if there are still needs in the future, we can redesign, and it won't take long.

Then let's proceed to the design of combat organisms.

Hogu announced the end of the weapon design, and entered the next process, the design of sublight combat organisms.

The following requirements are placed in front of Huogu and others - high pressure resistance, strong gamma radiation resistance, strong magnetic field resistance, and the ability to resist strong high temperature and low temperature in local areas...

What do you think about the design of living organisms? Hogu asked with some expectation.