The first thing they began to consider was the ability of the organism to resist strong pressure, the annihilation energy of the positive and antimatter of antimatter is very huge, if it is a large amount of positive and antimatter annihilation at one time, it will inevitably give the organism a strong pressure, so this is a point that must be prioritized, otherwise once the use of too much antimatter leads to excessive acceleration, the organism will be squeezed into minced meat under inertial pressure.

Antimatter propulsion, which had been designed for a long time, was presented, and of the whole organism, antimatter propulsion exerted the most pressure on the organism, so it should be a priority target.

Hogu directly used the bone material of the original mothership creatures, which is the most suitable bone for strength and toughness among the materials they know so far, but it is only a spine, and a large amount of lead and bismuth elements are added to it, because this spine is directly subjected to gamma rays when accelerating and decelerating in the vertical direction, and it is also the part with the greatest overall endurance.

Then, at the end of the part, a symmetrical inclined plane design opposite to the tail propulsion horn is added, so that when the inertia of acceleration exists, the inclined plane will disperse the inertial pressure into two forces, and a part of the force will be converted into a transverse force perpendicular to the vertical direction under the strength of the inclined plane.

It's just a simple force analysis problem.

The anterior end of the spine is also similar to the conical bevel, which is inclined in the opposite direction to the tail bevel, and the principle is the same as that of the end bevel, which is used to deflect a part of the inertial pressure inward during deceleration motion.

The four vertical directions of the spine are respectively mounted with anti-hydrogen gas mass containers and solid hydrogen, which are fixed to the spinal bones, and are grooved so that they can be replaced after consumption.

Then there is solid helium, which compresses helium into a solid state and puts it into a titanium alloy container, which is a two-layer structure, divided into an inner layer and an outer layer, and is pumped into a vacuum in the middle, so the external temperature will not affect the internal solid helium, and the solid helium will not reduce the surrounding environment below freezing.

One side of the solid helium container is intentionally designed with a number of inner and outer connection channels, which can be opened and closed by a biological valve, so that controlled cooling can be achieved.

Since helium is the least reactive element of all the periodic tables, it is extremely difficult to form compounds, but it will show weak electricity in a high-pressure environment, and this can be used to allow the blood vessels circulating in the body fluid to selectively remove helium from the cooled body fluid, the only thing to pay attention to is not to let the body fluid contain elements that will significantly enhance the reduction under high pressure, such as sodium.

Eventually, the helium will be concentrated in four vacuum containers, like a medical syringe, and the helium that carries a certain amount of heat will be recollected and reused after returning to the population.

There are a total of 12 containers containing solid helium, which are used to cool various parts of the organism, the front and rear for the cooling of antimatter propulsion, and the middle part for the cooling of antimatter application weapons.

It is also a detachable grooved design that is vertically attached to the middle spinal bone.

Then there is the energy supply heart of the organism, which has eight hearts, and the vacant part between the solid helium container and the solid helium container extends eight rib columns that are not too long, and the miniature antimatter container is fixed to the end of the rib column.

The miniature antimatter container is wrapped around a mixture of heavy water and ammonia monohydrate, and on the outside of the mixture is wrapped a circle of working cells that can combine ammonia monohydrate to convert heat energy into electricity, just as plant cells convert light energy into chemical energy, and the water temperature of the mixture will be constant at 50 degrees.

The higher the temperature of the reactor, the better, the main thing is to look at the conversion rate of energy.

It doesn't take much antimatter to heat up, and the capacity of antimatter is so large that it is not designed to be the size of a fission reactor, or even smaller than an antimatter container used as fuel.

Heavy water is larger than the nucleus of ordinary water molecules, and ammonia is also larger than the nucleus of oxygen, and the core of antimatter annihilation is very small, and the release of gamma rays is not much, so a layer of lead-rich cell wall can be designed to avoid such a thing as radiation necrosis of working cells.

A portion of the rib cage extends vertically into a bifurcation, connecting the near conical bevel at the head and tail ends, respectively, and then the other bifurcation extensions extend around each other and connect with the ribs on the same line to form a ring.

This stabilizes the structure of the ribs.

Then there is the problem of anti-gamma rays, black hole bombs and antimatter plasma cannons do not need to be considered, these are generated gamma rays at extremely long distances, it is more important to pay attention to the gamma ray cannon that uses antimatter, and the shipboard sub-light cannon that uses antimatter as a reload.

Light is both a particle and a wave, and waves have the property of diffusion, so even if the biological weapon has protection against gamma rays, the organism itself must also have a considerable degree of gamma ray protection, otherwise when the group acts, the enemy has not died much, and a large number of their own side have already died.

For this purpose, the organism is wrapped in a thick composite exoskeleton with a high proportion of lead in order to be able to resist gamma rays from friendly forces to a certain extent.

Still using the concept of rotating turret design, the universe is a three-dimensional space, and the turret is designed to maximize the ability to apply fire to the enemy at any angle.

The energy level of positive and antimatter annihilation is very high, so even if the gamma rays are released, there is basically a certain kinetic light pressure attached.

The difference in kinetic energy between the two cannons is not large, because the gamma rays emitted are almost the same.

For this reason, the organism adopts a hybrid assembly scheme, with the organism carrying both a sub-light cannon and a gamma-ray cannon.

"Resistance to high pressure, strong gamma radiation, and the ability to resist strong high temperature and strong low temperature in local areas."

"Then that's all that's left to resist strong magnetism."

Huo Gu thought about it in his heart, and sighed to himself, he finally designed the prototype of this organism that applied antimatter.

The magnetic field is not a robot, it will not play a role in what place according to the manufacturer's wishes, where it does not play a role, and if the structure of shielding the magnetic field is not designed, the magnetic field will spread throughout the whole body of the organism, resulting in various effects on the charged ions inside the organism, and even interfere with antimatter in severe cases, after all, antimatter can be safely stored and used by relying on magnetic field constraints.

So this is also a very fatal problem that must be solved.

The design of strong magnetic field resistance is not too cumbersome, just add a layer of metal body, and the metal conductor can easily shield the magnetic field.

What the? Metallic bodies are magnetic? No, that's that metal body isn't thick enough.

With a complete set of designs, the size is much smaller than the mothership creatures, and it is not even as large as the battleship, which is probably between the original cruiser and destroyer of the Empire.

However, its combat power is crushing, and it is the first organism in the true sense of the word that can conduct cross-star combat.

"This historic moment for us symbolizes a big step forward for the entire civilization, and this organism should be given a suitable name, which is to be called a leaping creature."