bloom america

Coming out of the laboratory, Leonard sighed.

After all, it would be too difficult and expensive to complete such an experiment.

From the beginning to now, I have spent countless funds.

In order to keep the prisoners in the best mental and physical condition, before the experiment, Leonard was injected with a sufficient amount of repair protein to allow the bodies of these death row prisoners to return to their peak level before the experiment could begin.

However, several failures made Leonard sigh.

Although the experiment can still be carried out,... it will cost a lot of money.

At this time, Leonard did not notice that in the car being transported to the cremation ground, a human body suddenly twitched...

…

Yuri Katherine...oh, no, it's Katherine Edson, finally the sad day has come to an end.

After turning off the machine, the originally "colorful" arms quickly faded and turned into latex black.

"I don't know why, but I feel very energetic today?"

Catherine feels quite energetic today.

"I've already said it, because the current protective layer consumes the energy of the machine, not your own physical strength, so you don't have to bear the physical energy consumed by the protective film at all, so there is no problem."

"I see."

Catherine took a deep breath.

It feels good.

"Speaking of which, what do you think of Lisa's proposal to you? If you want it, maybe I can make your hair grow to more than three meters."

Catherine was stunned for a moment: "Why do you need such long hair?"

Three meters?

Just kidding. People will die...

"Didn't Lisa say that she wants to make clothes from your hair?"

Catherine nodded: "She said so."

"So~"

"Well..."

What do clothes made from hair look like?

Catherine was curious.

However, Catherine really doesn't want to cut off her hair...Does she want to be a skinhead again?

What kind of international joke are you kidding!

Catherine had already hated skinheads a moment ago.

but……

It's so tempting...

"You said... can clothes made of hair really be made into clothes?"

Well, Catherine couldn't help it anymore.

"Of course, if you want, I can find a way to make your hair longer."

"Well... let's wait and see in a few days. Tomorrow I will go see the finished product of 'Howling Snow Wolf' and give this guy a try..."

Howling Snow Wolf. This is the first of my four "vehicles". Although it is a simplified armored version, it is always better than nothing, right?

In fact, if we could have better energy now, Catherine would be able to ride on the chariot version of the Howling Snow Wolf right away, even the "Laughing Octopus" and the "Angry Raven".

But as for now...

That can only be like this for the time being.

"It would be great if there was a substance that could cut this protective film, and I wouldn't have to worry..."

Catherine couldn't help but sigh.

"Yes, I have."

Jenny answered matter-of-factly.

"Really?!"

Catherine cheered up.

Jenny nodded, and then added: "Theoretically."

"That means not yet!"

In Catherine's opinion, if her hair can grow to two or three meters, she can at least keep some of it when she cuts her hair...

"Wait, that's not right. If my hair grows back, there won't be a protective layer on it!" Catherine suddenly thought of a very important fact.

"Indeed, but in that case, your hair will quickly lose its luster, become yellow, and break easily. In that case, it will not be suitable for making clothes at all."

Is there such a thing?

"Then what do you mean...?"

"After your hair has grown completely, it's best to apply a protective film."

"One day and one night?"

"No, it's just hair, so it'll be fine in a few hours."

Jenny answered like this.

"That's good."

Catherine was actually not at ease.

"By the way, you just said that there is something that can theoretically cut off the protective film. What is it?"

Catherine suddenly thought of what Jenny had just asked.

"This... that thing is called graphene. It is a new material with a single-layer sheet structure composed of carbon atoms. It is a flat film composed of carbon atoms with sp2 hybrid orbitals forming a hexagonal honeycomb lattice.

, a two-dimensional material with only one carbon atom thickness. Graphene has always been considered a hypothetical structure and cannot exist stably alone. Well... let's put it this way, if you spread out the carbon nanotube fibers, this should belong to graphite

Enough."

This is what Jenny said.

“It’s actually graphene!”

That’s right. Graphene is a sharper existence than the current carbon nanotubes. Catherine almost forgot!

"Kate, you know that too?"

Jenny is a little strange.

"Come on, help me clean it up!"

Lili is picking up things at this time.

"good."

Catherine and Jenny walked over, talking as they walked.

"The arrangement of carbon atoms in graphene is the same as the single atomic layer of graphite. It is a single-layer two-dimensional crystal composed of carbon atoms arranged in sp2 mixed orbitals in a honeycomb-crystal-lattice. Graphene can be imagined as a carbon atomic layer.

The atomic size network formed by atoms and their covalent bonds. It is almost a kind of planar polycyclic aromatic hydrocarbon atomic crystal."

"Why can't it be made yet?"

Catherine asked strangely.

It seems that this thing is not difficult to get.

Although Catherine didn't know much about graphene, it was a new material after all. Catherine also knew about it. She remembered that this thing could be made with only transparent tape.

Because graphite has complete layered cleavage properties, it can be peeled off layer by layer.

So, you only need to use transparent tape to stick on the graphite, so that the graphite layer will be stuck to the tape. After that, just fold the tape in half, stick it and then pull it apart, so that both ends of the tape are covered with graphite layer.

The graphite layer becomes thin again. This is repeated many times. When the graphite layer on the tape is as thin as only one carbon atom thick, the graphite layer becomes graphene.

Isn’t this done?

The structure of graphene is very stable. The connections between the carbon atoms inside graphene are very flexible. When external force is applied to graphene, the carbon atom plane will bend and deform, so that the carbon atoms do not have to be rearranged to adapt to the external force, thus maintaining the structure stability. This

This stable lattice structure gives graphene its

Excellent thermal conductivity. In addition, when electrons in graphene move in orbits, they will not be scattered due to lattice defects or the introduction of foreign atoms. Because the interatomic force is very strong, at room temperature, even if the surrounding carbon atoms collide

, the interference to electrons inside graphene is also very small.

If it is graphene, this thing is indeed very strong.

"How did you know?"

"Analysis, and besides, this is not the scope of my research, I don't understand it. I just read it in magazines."

Although she knew some, in some senses, the relevant information that Jenny knew was not even as good as Catherine's.

Jenny is not engaged in materials science. Although it is somewhat related, her main focus is not here. Jenny’s main research is life science.

"If you give me graphene, I might be able to help you research new things, but if you ask me to study graphene itself... I think you should find someone else."

Jenny shook her head.

"Well... maybe there is a way..."

Graphene is stronger than tempered carbon nanotube fibers. If there is any technology in the future that can be stronger than tempered carbon nanotube fibers, it is graphene.

Why can’t I make graphene myself?

"Well, let's find someone to do some research. If we can really make graphene..."

Graphene is very easy to obtain. It doesn’t require high technology, it’s simple.

“Why didn’t I think of graphene!!!”

Catherine suddenly slapped her forehead and shouted.

"ha?"

Jenny's meaning is unclear.

"This is equipment with better performance than our current carbon nanotubes. If we have this, then how can our technological development be as slow as we are now?"

I clicked on the wrong technology tree!

Catherine immediately discovered a very important problem.

It's not that Catherine doesn't remember graphene, it's just that Catherine subconsciously ignored the technology after 2000, and graphene happens to be a new technology in the 21st century.

But Catherine did not notice this super material that was discovered in the 21st century but was actually available in the 20th century...

Fortunately, it's not too late to remedy the situation...

…

After getting off the plane, Wesker had already arrived in Eureka - now an airport has been built here, so there are flights and so on. It is much more convenient than before when he could only take a plane to Los Angeles or San Francisco and then drive here.

Wesker is here to "maintain" it.

Although Wesker's body is made of tempered carbon nanotube fiber material, Wesker's own body is not as strong as this material.

Moreover, Wesker's heart couldn't bear it.

According to the calculations there, Wesker's heart can only maintain its optimal condition for about a month at most, and then it will begin to fail. By two months, the heart function will be worse than that of ordinary people. After three months, Wesker's heart will

Sk may die of a heart attack at any time.

But...this heart is Wesker's source of power.

This is a heart that is stronger than the average person, allowing Wesker to have excellent combat capabilities at any time, which is irreplaceable.

There is only one thing that can heal Wesker's heart - repair protein.

Because of this, Wesker had to return to the school district and receive treatment once a month...

…

Fourth update today!

Two more updates!

Angrily begging for votes! (To be continued!~!

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