Resurrection Empire

Only when he encountered a "powerful" Ruin Beast that had to be shot by himself, would he reluctantly stop the tunneling machine, jump out, use the tunnel behind the tunneling machine as a fighting space, and slam his gun indiscriminately.

Time flies, and in the blink of an eye, it is five hours, and it is twelve o'clock at noon.

Lin Wang gave another order, announcing that the excavation would be suspended, and that he would rest for 10 minutes and have a meal by the way.

Ren Zhong hurriedly planed his meals, and glanced at the team's hunting report in the morning.

Great!

There were 23 fourth-level market beasts, among which Lin Wang killed ten alone, Bei Lihui five, Song Qianlian three, and Pan Fenglian two.

In addition, there are three fourth-level market beasts due to their specific species and stronger strength, so they can be dealt with by two or three people with combat effectiveness.

So far, I haven't encountered a fierce product that requires the assembly of all staff.

The number of third-level market beasts is as high as 64.

On the contrary, there were fewer second-level market beasts, only about twenty.

Among them, Song Qianlian killed more than ten, Bei Lihui several, and Ren Zhong three.

The number of first-level market beasts is even smaller, only eight, and all of them were killed by the heavy hand.

Sima Wan was extremely busy dismantling all the chips of the third and fourth level beasts.

As for the first and second grade beasts, she didn't bother to care about them.

On the contrary, it was Ren Daquan who surprised Lin Wangxin.

Based on the principle of shameful waste, Ren Zhong also took out the gloves of the second-level dismantling engineer, and casually dismantled the first-level and second-level ruin beasts he chopped down. Better than wasting it.

Lin Wang didn't expect him at all, and he didn't care.

After a rough calculation, the team's total harvest value this morning is as high as nearly [-] points, which is amazing.

When they were eating, Lin Wang boasted, "It seems that everyone has adapted quickly, and we will continue to work hard in the afternoon. According to the normal situation, the chips of the first and second level beasts will be wasted. Ren Zhong, you did a good job. I didn't expect that you still have this skill, although you are not proficient, it is still worth using. All the first and second level chips you disassembled should be counted as your personal income."

"Thank you Captain!"

Ren Zhong replied excitedly.

At this time, he was indeed blushing, and he couldn't help himself with excitement.

He was still cooking rice just a second ago, but now his heart rate instantly increased to 150 beats per minute.

His hand holding the chopsticks stopped, his mouth was wide open, his eyes widened, his pupils dilated, and his face was full of disbelief.

He stared blankly at the picture in the upper right corner of the giant screen, unable to speak for a while.

No words can describe his shock at this moment.

Just now, because he had to distract himself from eating, he suspended the memory of the geomagnetic induction data, and casually turned on a small collection and analysis function of the boring machine that he hadn't played with before.

A small mechanical claw protruded from the lower end of the tail of the roadheader, grabbed a piece of ore from the ground and grabbed it back into the cabin, and carried out the process by itself in the fully automatic sample analysis room behind the cockpit to conduct basic physical and chemical characteristics analysis.

This is also one of the regular tasks of excavators, but other excavators never pay attention to these analysis data, and they can't understand them anyway.

But Ren Zhong spent many years in the laboratory.

His mentor even took him to visit the most powerful particle collider in the 21st century, and witnessed the mighty power of mankind in the 21st century.

What attracted Ren Zhong's attention was a small link in the complete analysis process of Luoyan TBM.

It's just a small, inconspicuous palm-sized picture hidden in a corner.

It was a three-dimensional electron cloud map of a chromium atom drawn by the photon imaging system.

At this time, the electronic cloud map is flickering slightly.

Five seconds later, the three-dimensional cloud image was replaced by a new message.

Ren Zhong sat back in the driver's seat and began to plan the rice slowly in small bites.

The three-dimensional electronic cloud image appeared over and over again in his mind, unable to get rid of it.

He never imagined that the electronic cloud map of a single atom would present such a strange appearance, so that the scientific view formed in his "previous life" for 23 years collapsed.

On the earth, the most familiar classical electron cloud map is the electron cloud map of the hydrogen atom whose nucleus is composed of single protons.

Assuming that there is no external force interference and it is absolutely isolated, the three-dimensional electron cloud map of the hydrogen atom should be a sphere.

In theory, that's an absolutely standard ball.

It is impossibly round and dauntingly round.

Electrons randomly appear in any position in the electron cloud according to the law of wave function distribution.

The closer to the middle part of the electron cloud, the higher the frequency of electrons appearing.

The closer to the edge, the less frequently the electrons appear.

If the instantaneous appearance state of electrons is represented by densely distributed small dots, and the measurement time is extended to a sufficient degree, then the scene of spherical fireworks exploding for 0.1 seconds will appear.

In the middle there are densely packed bright dots, and the farther you go, the smaller the dots become, and the light gets dimmer, but there are always there.

In an extremely small space, no matter how short the distance is compressed, the probability of small dots will not change abruptly in a stepwise manner.

What Ren Zhong sees now is the electron cloud of the chromium atom.

The electron cloud of chromium atom in Ren Zhong's memory is more complicated.

It has 24 extranuclear electrons.

According to different energy levels, these 24 electrons move around the chromium nucleus in a range that is far or near, and moves randomly in a discrete distribution of their own range.

The electron cloud owned by each electron is like two symmetrical water droplets about to fall.

24 electron clouds that are isolated and interfere with each other are stacked together, so that the electron cloud map of the chromium atom has as many as 48 "water droplets".

However, the distribution of electrons in each pair of water droplets still does not have a sudden change in the nature of steps.

But what did Ren Zhong see just now?

In the center of the 48 "water droplets", he saw 48 regular icosahedrons, which resembled the heads of bacteriophages.

The icosahedron has 30 edges and 12 vertices.

Each face has three sides and is an equilateral triangle.

Each vertex has 5 edges.

These vertices and edges are composed of nothing but the probability of electrons appearing.

There are patterns in the cloud diagram, which prove that the probability of electrons appearing in these positions is much higher than in other places, and finally the regular icosahedron will be formed in the way of dotted lines in the three-dimensional diagram.

This made Ren Zhong feel great fear.

A few minutes later, a new electronic cloud image flashed in the upper right corner of the giant screen.

This time it was rubidium atoms.

Rubidium atoms have a total of 37 extranuclear electrons.

Ren Zhong saw more "water droplets".

He gritted his teeth, clicked to pause, and then zoomed in on the screen in the upper right corner to fill the giant screen, and then zoomed in further.

He saw a regular icosahedron in every "water drop" in the three-dimensional electron cloud map of the rubidium atom.

Ren Zhong took a deep breath.

He adjusted the operating procedures of the detection system and used polarized laser light to illuminate the rubidium atoms.

But no matter how it is irradiated, no matter how the electron cloud is deflected, a large or small regular icosahedron still exists in every "water drop" that composes the electron cloud.

Ren Zhong gritted his teeth, chose the molecule of iron dioxide, and continued photon imaging.

More complex compound molecular electron clouds appeared, but the icosahedral structure still existed.

In the end, he adjusted the operating protocol of the sampling machine to capture the hydrogen atoms in the air.

Eight minutes later, the three-dimensional electron cloud of hydrogen atoms was displayed on the giant screen.

A regular icosahedron visible to the naked eye stands on the giant screen.

Hydrogen nuclei are quietly suspended at the geometric center of the icosahedron.

Ren Zhong slumped down on the chair, his mind buzzing.

Why an icosahedron?

What special meaning does it have?

In the field of mathematics, Leonhard Euler proved that the limit of the regular polyhedron is the regular icosahedron.

How did it appear?

What binds electrons is the Coulomb force, which is the original electromagnetic force of the four basic interactions.

It can only be the unusual electromagnetic force that endows electrons with special properties that finally lead to this result.

But how could fundamental interactions be so unusual?

As early as 1979 AD, human scientists completed the establishment of the electroweak unified theory, which proved that the electromagnetic interaction and the weak nuclear force interaction are two sides of the same force.

Scholars have reduced the original four basic interactions to three, namely gravitational interaction, strong interaction and electroweak interaction.

The abnormal electroweak interaction is one of the three basic interaction forces that construct everything in the universe.

It exists forever and cannot be shaken, and it is the underlying truth that constitutes the human scientific outlook.

But now, it has been written into fragments of information, like the sound of two people talking, and like a light signal running in a fiber optic line.

Its form of existence has become a medium for transmitting information.

It directly acts on the atomic level, releases the information, and becomes the light beam of the lithography machine, or the regular electromagnetic signal surging in the magnetic needle in the tape recorder, directly draws the information on the atomic structure level, and finally "draws "Out of these icosahedrons.

How did you do it?

How wide is the scope of influence?

Is this an accident of not sampling enough?

For the next whole afternoon, Ren Zhong kept testing and testing.

He acted as though he was simply curious, masquerading as a hard-working analyst.

He tested at least hundreds of different samples of atoms and molecules from solids, liquids and gases, without exception.

He concluded.

The electroweak interactions are distorted throughout the source star.

The rules of physics have been tampered with from the ground up.

Twisted laws of physics affect every atom on the source star.

Electrons on this planet no longer obey undeterminable laws.

Ruin beasts, chips, mineral source stones, the short lifespan of human beings, the huge invisible human biological clock across the planet, the memory fragments of the deceased retained in the Avatar, the birth of the Morning Glory mining area...

All these anomalies that I can't understand are probably related to the existence of the icosahedron.

Ren Zhong also knew the existence of information flow through the information flow jamming bomb he had used once.

And what is the relationship between information flow and abnormal electroweak interactions?

Could it be that this is the normal state in the universe, and the physical rules on the earth are abnormal?

Ren Zhong, a doctor of both chemistry and biology from the 21st century, fell into great confusion and fear.

Deep within him there was a wail that a scientist should never utter.

Do not!

This unscientific!

He also had thoughts in his heart that revolutionaries would never want to have.

What kind of existence is my enemy?

I can't even read, can I defeat them?

Do humans on the source star know the original shape of the electron cloud?

Obviously don't know.

Because the atoms that make up their bodies must also have icosahedrons, just like fish in water never know they are in water.