A Colossus rushes in at the start

Chapter 256 Basic Recovery Too Rapid

The microbial production process of bee colonies.

First, create a one-dimensional space that is more grounded than three-dimensional space. Then, drop ordinary three-dimensional material into this one-dimensional space through an unfolding wormhole.

When these three-dimensional substances enter a one-dimensional space that is more ground state than three-dimensional space, the laws of physics will cause these three-dimensional substances to naturally decay into one-dimensional threads.

That is, the 'elementary particles' in one-dimensional space.

Then, the swarm of bees uses microscopic wormholes to infiltrate psionic energy into one-dimensional space, directly using psionic energy to interfere with matter and modify the one-dimensional filament, such as by knotting or bending it.

After completing the modification of the one-dimensional filament, it is restored to a three-dimensional particle structure, thus obtaining a particle life with a mass only equivalent to that of a neutrino.

Creating a one-dimensional spacetime bubble is not impossible for a bee swarm that can already manipulate the compression and expansion of spacetime.

Wormholes for delivering matter can also be created by bee swarms using negative quanta instead of psionic energy.

The challenge lies in what follows: how to physically interfere with one-dimensional filaments in one-dimensional space without relying on psionic energy, and how to reconstruct the three-dimensional particle structure.

Using fundamental particles like bosons, which are unaffected by spacetime dimensions, to perform point-to-point physical interference through wormholes is also not feasible, as the precision required for such physical interference is insufficient for the processing requirements.

In the microscopic world, particles are not only particles, but also waves. Wave-particle duality is not limited to photons, but also exists in any kind of particle.

In order for a particle to hit a specific point on a one-dimensional filament that has only length and no volume, the particle must be given enough energy to pinpoint its location.

The energy issue is secondary; the main problem is that the particles are given a sufficient energy level. Although the point of impact can be precisely located, doing so would directly break the one-dimensional filament.

If the one-dimensional wires that require physical processing are broken, then there's no point in talking about any more complex physical processing afterward; it's simply not feasible.

Lu Shang came up with a good solution to this problem—using one-dimensional wires to interfere with one-dimensional wires.

Connect the two ends of the one-dimensional filament to two microscopic wormholes, and then straighten the filament so that it becomes a straight line.

By moving two microscopic wormholes, the one-dimensional filament will also shift along with them.

Finally, place the one-dimensional filament perpendicular to the one-dimensional filament that needs to be processed, and intersect it at the point where the bee colony needs physical intervention. Then, move the two one-dimensional filaments in opposite directions, and you can naturally achieve the precise bending of the one-dimensional filament at a certain point.

More complex operations such as wrapping and knotting can also be solved based on this.

Having solved the physical processing problem, the remaining task is to restore the one-dimensional filament to a three-dimensional particle structure.

This requires taking the one-dimensional filament out of one-dimensional space, transferring it to a higher-dimensional space, weaving the filament into a surface, stacking the surfaces into a solid, and finally restoring the original three-dimensional particle structure.

Transferring a one-dimensional filament is not complicated. By using the repulsive field generated by negative quanta, the one-dimensional filament can be pushed into a two-dimensional space through a microscopic wormhole. The physical processing in the two-dimensional space is not much different from that in the one-dimensional space.

After the one-dimensional filament being processed is woven into a planar net by being held at both ends by microscopic wormholes, another one-dimensional filament, which is straightened by the microscopic wormholes, is then subjected to physical interference at a precise point, such as folding and bending.

After hundreds of thousands of failures, the first swarm particle life form created without the aid of psionic energy was born under the guidance and command of Lu Shang.

……

Aliens—what a distant and fantastical word.

Whenever I look up at the starry sky and see the countless brilliant stars, I can't help but wonder—ah, is there a world just like this one on the other side of the stars?

Such questions sparked the Fried people's thinking, and driven by the trend of technological progress, gave rise to countless excellent science fiction works about extraterrestrial civilizations.

Extraterrestrials and extraterrestrial civilizations thus became a household concept.

However, this concept is still too far-fetched. Most people do not believe that they will actually come into contact with extraterrestrials. The universe is vast, and it is indeed very possible that extraterrestrials exist, but personally, many people do not think they will live to see the day when the Friedrich civilization makes contact with extraterrestrials.

Until this day, aliens really came. Things that should have existed only in the imaginations of the Fried people entered people's real lives in a blatant way.

Femancos, a member of the Fried civilization, opened the door as usual and picked up the morning newspaper delivered to his door. Ninety percent of the newspaper was filled with news about various events related to the alien Babel beehive.

What about joining the interstellar family, achieving a shared destiny for civilizations, or an envoy from the Tower of Babel meeting with the leader of a certain country?

At the same time, wisps of infrasound, growing louder as they approached, entered Femancos's auditory system from a distance invisible to the naked eye, repeating a few words.

"Do not grieve, do not fear, the years of suffering are over, and a brighter future has arrived..."

"By becoming a satellite civilization of the Tower of Babel swarm, all the Fried people will usher in a bright new tomorrow. The threats from the universe will cease to exist, and all terrible diseases and difficulties will disappear..."

Femancos rubbed his hearing and muttered, "It's so noisy. The Babel bees didn't ask us to do this. This government is becoming more and more like a slave that only knows how to please its master."

Sixty days ago, he might have felt curious about the appearance of aliens, but now, having gradually gotten used to their presence, he only feels the noise.

After taking the newspaper back inside, Femancos saw his wife and daughters already eating breakfast at the table, so he sat down as well, and the four of them enjoyed their breakfast together.

The youngest daughter paused in her breakfast, blinking her three eyes as she looked at her father.

"Father, when will our family be able to immigrate to another planet?"

The family was so taken aback by the sudden question that they almost spat out their breakfast.

Femancos looked at his youngest daughter with a puzzled expression. "Aina, why do you have this idea?"

The eldest daughter, sitting to the side, placed a green fruit that looked like a papaya on her plate into her younger sister's hand.

"Eat more bitter lotus seeds to nourish your brain. The Fried people haven't even developed spaceships yet, and you want to move to another planet? What kind of dream are you having?"

Aina looked displeased. "But, but haven't we Friedans already joined the interstellar family and become a satellite race belonging to the Babel Bee Swarm?"

"The Fried people don't have spaceships, but other civilizations do."

"Some students at my school said that we're now in the interstellar age, and their whole family is planning to take a spaceship and travel around Huiyang..."

When the topic turned to traveling around Huiyang, Aina's eyes lit up with envy. She had loved the universe and the starry sky since she was a child and always dreamed of going into space. Her classmate had actually done what she had always dreamed of, so how could she not be envious?

Femancos's wife, who had been silent until now, suddenly said, "This sounds like the 'Radiant Sun Resort Tourism' project that the government recently launched."

Upon hearing this, Femancos's expression became much more complicated. While eating breakfast, he said, "I thought no one would participate in that project. I didn't expect there to be someone who is both rich and reckless, even bringing their whole family to participate in such a dangerous project. It's ridiculous."

"A vacation in Huiyang?"

After the eldest daughter roughly learned from her parents' few words that what her younger sister had just said about taking a trip around Huiyang was true, she immediately acted just like her younger sister.

"Now, with our Frieden technology, we can already build alien spaceships? How cool!"

The eldest daughter was very excited, even thrilled. After all, that was the universe! Stepping into space is something not everyone can do, let alone circling the sun.

In the year XXX, the day XXX, the hour XXX, the weight XXX, the XXX family boarded a spaceship and became the first Fried people to orbit the Sun, thus being recorded in the annals of space history—just thinking about achieving such an accomplishment made the eldest daughter's heart surge with excitement.

To everyone's surprise, the Femencos reacted coldly, even with strong aversion.

"This is not cool at all."

(End of this chapter)