I have a space station

The greatest advantage of the Hypercube is its extreme plasticity and immense reliability.

Each Hypercube is formed by the aggregation of a certain number of Microcubes. Each Microcube has a complete functional closure, relying on the mutual four-dimensional Coulomb force between the splicing surfaces for connection and signal transmission.

It can be vividly understood as a large cube composed of a certain number of smaller cubes, just like assembling building blocks.

The large cube is the Hypercube, and the small cube is the Microcube.

Except that both the Hypercube and the Microcube are four-dimensional structures.

Each layer of a Microcube is composed of a ghoston lattice with at least 1024 units of length in each of its length, width, and height.

To stack a four-dimensional Microcube from a limited number of three-dimensional layers requires at least 4 such lattices.

That is to say, a Microcube contains at least 4.3 billion ghoston pairs.

This is the smallest structure that can form a Microcube.

And such a structure is still smaller than a proton.

A large number of Microcubes are superimposed through primary aggregation, secondary aggregation, tertiary aggregation… forming such a massive Hypercube.

This structure is even more stable than the metal structure of Transformers.

After all, Transformers are purely three-dimensional structures, and the smallest primordial atomic cluster neural structure requires 3,000 metal atoms.

The basic unit of the Hypercube is not only a four-dimensional structure, but the basic unit, the Microcube, is even smaller than a proton.

The two are different by N orders of magnitude.

Moreover, Hypercubes can change shape.

It's just that the cube structure is the simplest structure, so it has become the basic shape of the Hypercube in its non-combat form.

The reason why the Hypercube is said to be stable is that even if it is divided, each cut-off part has complete functions and can operate independently.

The wormhole exciter that Nata destroyed before was this Hypercube structure.

So how did he destroy it?

Actually, he cheated.

At that time, the most advanced weapon Nata possessed was the four-dimensional antimatter particle cannon.

It relies on the powerful energy generated when matter and antimatter undergo annihilation reactions to destroy the target structure, thereby generating destructive power.

But why do matter and antimatter undergo annihilation reactions?

With the discovery of ghoston pairs, after unveiling the mystery of the composition of matter, the principle of annihilation reactions became clear naturally.

In fact, the principle is very, very simple:

Ghoston pairs have two entanglement states: forward entanglement or reverse entanglement.

Forward-entangled ghoston pairs form common matter, and reverse-entangled ghoston pairs form antimatter.

When matter and antimatter come into contact, the normal operation of the ghoston pairs is disrupted. The balance is broken, and energy is completely released. At the same time, matter and antimatter completely disappear.

However, the destructive power caused by matter-antimatter annihilation does not come from the annihilation reaction itself, but from the powerful shockwave caused by the energy released after annihilation, which impacts the surrounding material structure.

The microstructure of the Hypercube can extremely effectively absorb the surrounding three-dimensional shockwaves.

This led to the annihilation reaction of the Microcubes in contact with the antimatter particles after they came into contact with the Hypercube, but the shockwave of the annihilation reaction was absorbed by the surrounding Microcubes.

The shockwave could not spread out, so it could not cause widespread damage.

Since antimatter particle weapons could not damage the Hypercube, Nata took a different approach and came up with a brilliant idea.

The Microcubes contain the necessary genetic information for the operation of the Hypercube, so Nata used the four-dimensional technology he had just conquered to synthesize several Trojan Microcubes.

This is similar to how human genes contain the necessary genetic information for human operation, and viruses and cancer cells are powerful killers that destroy human operation.

Nata deployed the Trojan Microcubes onto the wormhole exciter.

In the process of exchanging information, the wormhole exciter continuously copied the harmful information in the Trojan Microcubes. Under the destruction of this harmful information, it eventually led to the disintegration of the exciter.

However, this method is a bit inadequate when used in combat.

After all, destroying the enemy by spreading Trojans takes a long time.

And the most important thing in combat is time.

This method takes months or even a year to destroy the enemy, while the enemy only needs a few hours to destroy you.

By the time the Trojan takes effect, it will be too late.

So, this battle will be difficult.

Fortunately, when Dongfang Chen Er and Nata discussed the development of the Mars base, they considered this point.

When Dongfang Chen Er had just delegated power to Nata, he asked him how he planned to build the Mars base.

Nata's answer was to build a base ship in Mars orbit.

Dongfang Chen Er asked him the reason for this consideration.

Nata replied that Mars could not be moved and would be a sitting duck when encountering an invincible enemy.