Black Technology Incubation System

In the backpack lay peacefully a blueprint of the battery.

"Hydrogen energy battery, made of carbon materials." Gu Xingyi was slightly surprised, this is really what you want.

If the previous hydrogen storage materials were just laying the groundwork for the large-scale application of hydrogen energy, then such a blueprint of a hydrogen energy battery directly puts the application method in front of Gu Xingyi.

That means he already has the answer before he works with the lab to continue developing hydrogen's potential.

Not only that, but compared with the popular lithium batteries or solar photovoltaic cells made of silicon on the market, carbon has great potential in the preparation of related materials. Just think about it, and you will know that according to the performance of carbon, it will be able to be used in Fast charging in a few minutes, good heat dissipation, and will not quickly become hot during long-term use, while being light in weight, high in energy density, and strong enough to support space travel.

Generally speaking, the energy chemistry community recognizes that the next era must be the era of carbon-based materials.

So the most valuable part of this drawing is the preparation of special carbon materials.

Although the core of the drawing is the energy battery, there are few explanations on the preparation of this aspect, but Gu Xingyi can still roughly sort out an idea from the brief introduction in just a few words, and then tell his partners and conduct experiments.

It's just that before that, you need to be hardworking yourself, so Gu Xing thought about it: [System, open the technology tree. ]

[OK. ] As soon as the system sound fell, Gu Xingyi was placed in a white space, with huge tree branches stretched out, standing in the very center.

These days, Gu Xingyi often soaked in the training space to study, and was already very familiar with it, so he sat on the branch of chemistry familiarly.

[use. ] A skill lighting card appeared in his hand, and as it was used, it turned into a little bit of starlight, and it was integrated into the chemical material branch in an instant.

Because of the restrictions on the use of skill cards, what Gu Xingyi can light up is only the energy part that he is very concerned about during this period of time.

This feeling is very subtle.

It seems that there are fine and dense electric currents flowing through the brain, causing slight tingling and itching, and then the fog in the mind is cleared, and the isolated islands in the sea are connected by bridges, and the light of inspiration Flickering in the dark, bringing the dawn.

Countless knowledge rushed into my mind like a torrent, and at the same time as the enlightenment, there seemed to be flowers blooming and fairy sounds lingering.

"Huh—" It took a long time for Gu Xingyi to recover from the shock, his fingers were still trembling slightly, which was the aftertaste of extreme joy.

He can clearly feel that he knows a lot of knowledge that he didn't know before.

[System, I can't wait to do experiments in the laboratory. ] Gu Xingyi lowered his head and looked at his outstretched palms, the basic operations of various experiments flashed through his mind, and said softly.

While speaking, his hands danced in the air unconsciously, subconsciously gesturing various operations in memory.

[It is suggested that the host should open the experimental space, dear. ] The system watched Gu Xingyi's silly actions for a while, and reminded with a suppressed smile.

Once Gu Xing came back to his senses, he realized what he had done unknowingly, and couldn't help touching his nose again: [How to open the experimental space? ]

[Here, as long as you confirm it, it will be fine. ] The system continued to use the Taotao accent, and a confirmation panel was displayed in front of Gu Xingyi.

Once Gu Xing confirmed it, he entered a silver laboratory.

All kinds of instruments and reagents are placed exactly the same as Meng Meng's laboratory.

As soon as Gu Xing stepped forward, feeling the real touch of the instrument, he couldn't help asking: [Are these all copied from the laboratories I've seen? ]

[Yes,] the system explained to him, [here will simulate the instruments that the host has come into contact with, if the host wants to use other instruments that he has never seen before, he needs to buy them with credits. ]

As he spoke, he opened the Points Mall, highlighting a batch of expensive instruments.

Note in small words next to it: Considering the lack of points of the host, it was not displayed before.

Gu Xingyi: ...

He silently wiped his face, alright, let's find a way to get in touch with more instruments. Being able to use the equipment as much as you want without spending money or using contacts is already the dream of thousands of scientific research dogs.

His first plan was to prepare graphene.

In such a battery drawing, the electrodes used are made of graphene as the original material.

Graphene is a two-dimensional carbon nanomaterial composed of carbon atoms in a hexagonal honeycomb lattice.It has excellent optical and electrical properties, and it is also a typical light element quantum material system with superior quantum properties.

The academic community has observed many quantum phenomena and quantum effects in the graphene system, which also makes it one of the important systems in the field of condensed matter physics research.

Gu Xingyi is very interested in this unique material because he is no longer satisfied with classical quantum mechanics alone, and has started to study condensed matter physics. He is even very interested in large projects such as quantum networks. .

The first discovery of this material was separated from graphite by two physicists from the University of Manchester in Yuguo using a micromechanical exfoliation method, so they won the first prize in physics.

The so-called micromechanical peeling method is to stick the two sides of the graphite with tape, and then tear the tape off.

It was the performance of graphene on the quantum Hall effect that broke some long-standing views in the condensed matter physics community, and successfully won them the Physics Prize. As for the Chemistry Prize that year, it was awarded to the manufacture of Japanese scientists developed a more efficient method of building macromolecules from carbon atoms.

Of course, Gu Xingyi did not intend to use the simplest mechanical exfoliation method. Although this method can exfoliate the order of magnitude down to microns, the yield is too low for industrial production, so countless chemists have also developed in the future. Various production methods.

For example, Gu Xingyi plans to practice the oxidation-reduction method. This method is not allowed to be simple and is favored by many laboratories. It is also easy to modify graphene because of the introduction of a large number of oxygen-containing groups in the production process of graphene. .

There is no sun or moon in the experiment. When Gu Xingyi produced a set of basic samples, the system already urged him to leave the experiment space out of consideration for the safety of the host.

Gu Xingyi reluctantly took off the lab coat that came with the experimental space, and returned to the small apartment in his mind.

I feel a little lost.Gu Xing patted himself on the cheek to calm himself down. It's still very interesting to do the experiment, and it's not as hopeless as Xiao Zhao said.

When thinking like this, Gu Xingyi completely ignored that out of 100 chemical dogs, it is difficult to have a 100% success rate like him.

The fruits of easy victory are naturally happy.If you can only get disappointing results after going through hardships, you can only drive people to collapse.

Fortunately, at least for Xiao Zhao and his lab, it has been a long time since Gu Xingyi has experienced this kind of pain.

In the afternoon of the next day, Gu Xingyi came to the laboratory.

In his arms was a stack of paper, on which was a part of the printed drawings he had organized.

Gu Xingyi restored the drawings as much as possible according to his own understanding, but the parts that could not explain the specific process were marked with question marks and written in the form of guesswork.

Even in this state, such a report can already be submitted as a promising project application.

The laboratory was as busy as ever, with a dozen scientific research dogs running back and forth, even if they were just waiting for an ultrasound to end, they still read the papers in their hands.

As a subject of chemistry, the annual literature is in a state of explosive growth.Take CA, the most authoritative science and technology library in this discipline, as an example, a recorded journal has to be pulled over by truck.

At the same time, 99% of the materials have no chance to enter the market, enter industrial production, and forever become a cold record in the pile of old papers.

Their biggest role is probably to provide thousands of scientific researchers with the opportunity to publish papers.

Therefore, in this case, 60% of the time for scientific research will be spent on searching and reading literature.

This is one of the reasons why scientific research is difficult to do.

Gu Xingyi's arrival quickly attracted everyone's attention.

Even if they were holding the medicine in their hands, some people kept looking at it.

Of course, it's not just this beautiful face in this prosperous age, but more of it is Gu Xingyi's record of blocking and killing gods and Buddhas.

This kind of terrible computing power, it's great to persist.

According to the evaluation of a senior sister, it is probably that she used to wake up earlier than chickens and go to bed later than cats every day. She was unkempt every day, and she could only cook noodles in the office. Since Gu Xingyi provided data assistance for their experiments, She can also take advantage of the weekend to put on beautiful makeup, and then go to hook up with the beautiful little brother.

Gu Xingyi looked at the door of the innermost office with everyone's nostalgic eyes.

"Come in." There was an old man with gray hair sitting inside.

"Hello, Academician Tang." Gu Xingyi held a stack of documents and saluted respectfully.

Academician Tang is the head of the Q Big Nanomaterials Laboratory, the founder of Chaoguo's modern materials science, the patriarch in the minds of countless Chaoguo chemical materials researchers, a big cow who dedicated all his patents to the country for free, a true Outstanding scholars who have truly paid everything for the country and are still active in the front line.

"I heard from Xiao Meng that you are a very talented child." He smiled gently, his eyes full of appreciation, "I have seen your reasoning, and your thinking is very good. Today's children are not good enough in mathematics. "

As he spoke, he couldn't help sighing slightly, and then continued: "The current material science is no longer the material science of the past, it needs the support of more solid mathematical tools. Mr. Gao really accepted a Good apprentice, you can bring surprises to the materials science community in this respect."

Gu Xingyi seldom heard such blunt praise, who made one of his formal mentors and the other half-teacher both be arrogant, so he couldn't help blushing.

Seeing Academician Tang couldn't help but smiled slightly: "I plan to take you to the materials summit, so you can take a good look at the current situation of our materials industry."

Gu Xing touched his head, and said with a little embarrassment, "I also have something here that I want you to see."

The author has something to say: All the black technologies in this article are nonsense.

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