reborn industrial empire

Rebirth of an Industrial Empire33

Rebirth of an Industrial Empire Text Chapter 330 Super Computer

Um...I'm going to face a big event in my life in September this year, that is, getting married! So in the recent period, I will be very busy taking wedding photos, booking banquets, etc. In order to ensure that the time comes

More, I may have to save some manuscripts this month, so

This month we can only maintain the minimum update of 6,000 per day, and we will add updates from time to time! I hope everyone can bear with me, and if you have a monthly pass, please give me a few! If you haven’t subscribed, can you help me subscribe to a few chapters? Getting married costs a lot.

Money, Ant has been very tight lately!

Jin Xiaoqiang was stunned by Dr. Herris's words and could not speak at all.

This discovery is really amazing. In the past, he only thought that this kind of biological cell was just a simple cell that only obeyed his orders. Unexpectedly, after Dr. Herris's research, this kind of cell,

There is such a bright future.

Biological computers are an artifact that humans have been studying for a long time. However, in the eyes of many people, such artifacts are simply out of reach. They can only exist in myths and stories or as divine objects in science fiction novels. Unexpectedly, now

He was about to be born in his own hands?

Jin Xiaoqiang felt a little trembling all over when he thought about the benefits that this kind of biological computer could bring.

"Doctor...Doctor...can you give me a detailed explanation of the role of this kind of cells in biological computers..."

Jin Xiaoqiang spoke with a hint of vibrato. No wonder he behaved like this. It was because the news from Dr. Herris really shocked him.

"Okay! Let me talk about it... Well, where to start? Let's start with the biological computer!"

Dr. Herries was also very excited. During this period, the role of this biological cell has only existed in his mind. He has never told anyone else about it. After all, this conjecture was even when he first discovered it.

, also felt extremely shocked, and although he was not interested in world affairs, it did not mean that he did not know the importance of this kind of biological cells.

Of course he didn't dare to talk about such an important thing, so he could only wait until Jin Xiaoqiang came over and discuss it with him.

"The concept of this biocomputer is different from the kind of biochips currently on the market. The concept of biochips is to orderly combine a large number of nucleic acids or protein fragments with known sequences on a tiny substrate.

By reacting with labeled nucleic acids or protein molecules, the corresponding components of the specimen to be tested are analyzed. This chip is mainly used in biology, quarantine, and medical pharmaceuticals, and is completely different from what we call biological computers."

As soon as Dr. Herris mentioned this scientific knowledge, his face immediately lit up. The old guy was an out-and-out technical geek, so when he mentioned this kind of thing, he naturally became excited.

"The biological computer we are talking about is a complete computer that can perform logical operations like today's computers. However, the mainstream computers on the market now use core chips.

They are all high-purity silicon wafers, but the chips used in the biological computers we mentioned are made of biological cells."

Dr. Herries was talking about dancing. Jin Xiaoqiang glanced around and saw that they happened to be in the corner of the laboratory. No one was paying attention. The other people in the laboratory were doing their jobs at this time.

.Those who can join this laboratory are all technical geeks and Frankensteins. They all have one characteristic in common, which is that they are very obsessed with the science and technology of their major, but they are a little indifferent to other things.

So at this time, no one noticed these people at all. Jin Xiaoqiang and Dr. Herris were secretly communicating something here.

But Jin Xiaoqiang still felt that this was not the place to talk, so he pulled Dr. Herries upstairs.

"Doctor, this is not the place to talk. Let's find a quiet place and chat while we talk."

At this time, the doctor also noticed that the place where they were talking was a bit out of place, so he followed Jin Xiaoqiang upstairs. On the top floor of this experimental building, there were lounges and reception rooms specially arranged for Dr. Herries.

Originally, Jin Xiaoqiang bought a villa for Herlis in the city and wanted him to live somewhere. However, the eccentric Herlis refused to go anywhere. He only wanted to stay in his laboratory every day, and he could even say

He stays away from his laboratory day and night. In his opinion, there is no better place for his residence.

When we arrived at Dr. Herries's reception room upstairs, it was indeed a mess everywhere, just like Dr. Herries. Daily sundries were piled up in a mess, but some of his experimental reports and books were indeed neatly stacked.

Neatly.

The doctor himself was unkempt, which didn't bother him, but he didn't want others to help him clean up because he didn't want outsiders to come into his laboratory, so it was left in such a mess.

They came to the reception room, each found a place to sit down, and then Harris began to talk non-stop.

"Mistkin, you know that the current working principle of computer chips is to insert silicon wafer components into an integrated circuit, and use the current on and off between the components to complete the conversion between 0 and 1.

Complete the logic operations set by us humans. The size of this integrated circuit, the density of the components on it, and the switching response speed between the components are the key to determining the computing speed of this chip."

Dr. Herries briefly introduced the working principles of current computer chips. Jin Xiaoqiang is also a college student with higher education. Although he is not a computer major and does not understand the principles of computers, his ability to accept is still very strong and it is easy to

Then we understand the principle of computer chips mentioned by Dr. Herries.

So he nodded at Dr. Herries and motioned for him to continue.

"The computers we use now all have a limit. This limit is the limit of the central processor that is the core of the computer. As early as the 1960s and 1970s, human scientists were constantly studying computer chips.

, in fact, had already foreseen this, and in the end Gordon Moore, the founder of Internet, concluded a Moore's Law based on this foresight and his own observations, that is, every 18 months, when the price does not change,

In case of change,

We can load twice as many transistor components on the same integrated circuit, and the computing speed will be twice as fast. This is the speed of information technology. But some people have made the same prediction, that is, Moore's Law will reach its peak in 2007.

was broken in 2007, because by 2007, the loading speed of our integrated circuit crystal components will no longer have such a breakthrough, because on integrated circuits of the same specifications, such crystal density has already reached

limit."

Dr. Harris is not only an expert in biological sciences, but also a master in computers.

After hearing what Hollis Bosch said, Jin Xiaoqiang nodded in agreement. In fact, in the past few years, the transistor loading on integrated circuits has reached its limit, otherwise there would not be such a big increase in the next few years.

The launch of dual-core, quad-core, etc. CPUs.

"On a circuit of the same specifications, someone has speculated that only 250,000 transistors can be loaded at most. If more are installed, the heat dissipation problem will be difficult to handle, which will greatly affect the integration and

The speed of calculation. But if you use a biological computer, there is no such problem at all. The concept of biological computer was actually an idea announced by the Americans in 1983. Their idea was discovered through the study of cells.

, we know that proteins are cellular

Important components, especially those on the cell wall, are almost all composed of proteins. The communication between billions of cells relies on the opening and closing of the cell wall switch, and then allows the medium to continuously circulate.

constitutes our life state. Since then, human scientists have begun to study how proteins complete the on and off selection. They plan to find a suitable protein to replace the silicon wafer and make

chip, thereby completing the design of a biological computer."

Dr. Herris explained here that Jin Xiaoqiang has basically understood the basic principles of biological computer chips. To put it bluntly, it is to find a suitable protein to replace the silicon wafer. Because of the heat dissipation problem of the silicon wafer, he has to try to form an integrated circuit.

will reach a certain limit.

But if you find the right protein, then heat dissipation, etc. will not be a problem.

"Think about it, silicon wafers are originally the most important assembly on integrated circuits, but if they are replaced with suitable protein molecules, then one of its storage sites is only the size of one molecule. In other words, the same size

In integrated circuits, the storage capacity of chips using protein molecules as an assembly will be several times that of silicon wafer computer chips.

One hundred thousand times, or even hundreds of millions of times, and its heat dissipation problem is much easier to solve than the heat dissipation of silicon wafers. And because they use biological cells, they also have a self-recovery function, which means that if biological cells

If the chips are damaged, they will be able to repair themselves, and they will be more durable than current silicon wafer chips..."

Having said this, Dr. Herries was almost crazy with excitement, as if he had seen the arrival of biocomputer technology.

"Um... Doctor, what about the problem of producing this biological computer..."

Since it's such a cool idea but it hasn't been built yet, there must be some problem that hasn't been solved yet.

"Um... Mainly because we have not found a suitable large cell material to make this kind of chip. You must know that the current large cells are prone to inactivation, deterioration, damage, etc., so the stability of biological cells

Sex is absolutely key to the research and development of biological computers..."

"Then are biological cells like ours suitable now?"

"It's really a perfect fit. They have good stability and a high survival rate. They also have strong self-repair capabilities and are not easy to deteriorate..."

Rebirth of an Industrial Empire33

Rebirth of an Industrial Empire Text Chapter 330 The supercomputer has been updated!