Scholar’s Advanced Technological System

In the lab.

Orange yellow spheres are placed in a tightly ventilated lead shell container.

Eight flexible robotic arms carrying special probes are located inside the container and the pattern is distributed around that orange yellow sphere.

The calibrator opens, and as a circle of infrared beam dots the surface of the metal sphere, the ark, with the help of assistant Em, skillfully sets up the data acquisition protocol and then presses the Start Detection button.

Eight micro-nutron beams were instantaneously released, penetrating the enclosure of the "kill core”, through eight spatial axis coordinates and eight probes located on the robotic arm, from the macro and micro levels, respectively, and the data of the samples were collected in full.

First, at the macro level, the parts of the entire metal sphere are analyzed, split to the extreme, and presented in the form of holographic images in front of the ark.

And at the micro level, the materials of each part, even a series of nuanced pieces of information, precisely to atoms, molecular order of spatial arrangement, chemical bonds and molecular bonds, are all collected and summarized in an all-encompassing table.

Based on the data in the table, Aidan quickly plotted it into a visual graph and presented it on a light blue holographic interface floating beside it.

“Incredible…”

After staring at the scanned data on the holographic panel for a long time, an unexpected appearance gradually appeared in the eyes of the ark.

He had thought that the material that formed the core of the killing would be something that was temporarily impossible to parse at the technical level on Earth. But I didn't expect the material presented to him, unexpectedly easy to understand.

At least, it was far from mysterious enough to make him understand.

“The surface of the sphere is a layer of molybdenum titanium alloy… the metal atoms are stacked in a somewhat special way, and the diffuse carbide points formed by molybdenum and carbon in the alloy are interesting. ”

While this technique can be achieved in the 21st century, it can be difficult to distribute discrete carbide spots so evenly among materials, even in 22nd century processes.

At least, according to the public information collected by Ai for him from the Jinling University database, no similar technology was mentioned, and no one seems to be doing research in this direction.

The material of the ball shell is temporarily placed aside and the ark continues to look like the inside of the ball shell.

It doesn't matter, when his gaze falls on that holographic image of the inner structure of the ball shell, the whole person stands there.

A blade structure of a layer of carbon material is seen, arranged tightly inside the ball shell in a spiral shape, leaving only nanoscale voids between the layers.

Without the help of special lenses, no such astonishing morphology could even be observed.

Not only that, but that blade isn't an oil-saving lamp either.

Although at first glance it seemed plain and unusual, it was no different from ordinary double-layer graphene, but as the ark continued to adjust the probe and collect several more sets of data on it, it quickly discovered the hidden Xuan machine in plain sight!

That seemingly smooth double-layer graphene surface, the large π bonds off the domain between each carbon hexagon, the bonds of the chemical bonds have slight differences.

This difference, although not significant, is particularly striking in the eyes of the ark.

With a slight movement in his heart, the ark immediately ordered him to say.

“Em, connect the big π keys with similar keys and present them to me as a two-dimensional image. ”

“Yes, master!"✧

The cubic tapered holographic beam transformed in the air, a blue hexagonal mesh plane that quickly appeared in front of the ark.

A line of different colors that joins together hexagons with similar large π keys. The ark stared at the intricate image for a while, and suddenly a sudden expression of enlightenment appeared on his face.

Perhaps he noticed the expression on the face of the ark, flying next to him like an elf with a big thumb, sitting curiously on his shoulder, asking.

“Master, do you see anything? (• ̀ ∀ • ́) ”

“Well... sort of. ”

Nodded, the ark thought for a moment, then continued in a coarse manner.

“If my guess is correct...”

“These double layers of graphene should be circuit boards. ”

Em: “Eh? Isn't that obvious? ⊙ ▽ ⊙ ”

“That being said, … the key is how did they achieve this particular integrated circuit," Tong, the ark continued, "the traditional printed circuit method is clearly not working, if my guess is correct… they should have worked on the chemical bond. ”

This integrated circuit is no longer the traditional kind of integrated circuit board.

Instead of having a circuit at all visible to the naked eye on its surface, the off-domain large π bond is surgically modified by some special technique to allow free electrons on the graphene surface to pass through the surface of the six-grid in a specific trajectory.

“The modification of the chemical bond, the connection formed by the macroscopic motion trajectory of this electron, is the abstract circuit of the entire circuit board.” Although there is no real wire, it achieves the same effect as a circuit, enabling connections between electronic components. ”

“… hiss, it's hard to imagine how the hell they did it. ”

The circuit lines on the circuit boards, however thin they may be, also have limits.

Leaving aside the quantum throughput effect, PCB plates mainly of copper wire, the theoretical limits of integrated circuit density, are constrained by the diameter of copper atoms. The theoretical integration density of the circuits of next-generation circuit boards dominated by graphene materials is also a rationale, constrained by the length of the carbon hexagonal diagonal line.

Whatever happens, the diameter of the atom is there, and no wire can be wider than the diagonal line of a single carbon six-grid.

This technology, however, leaps out of the framework of traditional wires.

They took advantage of some of the physical properties of chemical bonds that humans were temporarily unaware of, and on that carbon hexagonal plane they drew a high-speed channel that allowed electrons to pass in specific directions and angles, but could not capture their trajectories with the naked eye.

The Ark can't think for the time being how the Coke civilization did such an amazing thing.

Just as the Coke civilization cannot understand, the observer civilization is the way to combine the restless mighty into a strange droplet that transcends the concept of molecules and leaps continuously in the universe.

The technological gap between the two sides, like stars in the sky and pangu heaps on the ground, is not at all at one level, either in terms of size or in terms of the technical core, even if it is nuclear fusion.

However, this clue is of considerable value if it is merely a source of inspiration.

The ark felt like it was pushing open the door to a new world in its own head.

Before pushing the door open, the wires on the circuit board were a visible "bright line” in his cognition.

And now he finds that integrated circuit technology can still play like this.

“These guys… they really put the ingredients into play. ”

The ark shook its head with a smile and turned off the scanning device.

Today's harvest is quite satisfactory to him, and it can even be described in terms of good harvest.

Waiting quietly for the gamma value inside the lead shell container to return to normal, the ark wore protective gloves and carefully removed the orange yellow sphere from the lead shell.

Retrieving the core of the killing, Em floating next to him suddenly said as the ship had just backed up the experimental data and cleaned up the original.

“Master, it looks like someone is looking for you outside! (๑ • ㅂ •)✧”

“To me? ”

The ark frowned slightly and looked at Em's virtual portrait and asked.

“Who?”

“There are a lot of people at the door... Em doesn't even know who it is, just show it to you. (• ̀ ∀ • ́) ”

Come on, a holographic window popped up quickly on the blue holographic panel.

Looking at the crowd standing in the window, the ark stunned for a moment.

Principal Tsai Mingrui and the director of the painting house here, he can understand, and the researchers at the Institute of Computing Materials came to see the buzz and he understands.

But the chairman of the board of directors of Trans-Asian Cooperation…

What the hell is going on?