Chapter 642: The Role of Technology

Although the number of performance points he can get every day is close to 100,000, after hiring these scientists, counting the people he hired before, the average daily salary paid by Qin Mubai's performance points has reached 80,000! That is to say, he can only balance 20,000 performance points per day.

It's not just 600,000 a month.

This time, Qin Mubai hired a total of 32 scientists, and they were hired according to the different attributes of these scientists, such as the robust part, and the pioneering type.

Among them, materials science employs the most, employing a total of 10 top materials science scientists. Don't underestimate this number, know that one top scientist has the potential to set off an industry's progress, let alone 10?

The reason why he chose materials science is that Qin Mubai feels that it is actually materials that restrict the development of modern science and technology. Because many materials are not up to standard, even if some technologies have theoretical concepts, in fact, you can't make them without suitable materials.

And materials science based on modern manufacturing technology, that is, as long as you can study the material, since it is based on modern manufacturing technology, it means that it can definitely be manufactured.

In addition to materials science, the rest are basically scientists in aerospace, electronic information technology, and biology. Generally speaking, it is a scientist in these aspects, although the sub-disciplines of modern disciplines are already very fine, especially in terms of specific results, it is often impossible for you to have a more general scientist like this.

But that is routine, and Qin Mubai is hired by the mall, and their ability is undoubted, these scientists are often proficient in several specialties.

While it is correct to say that scientists in modern disciplines are finely divided, in practice, it is also an obstacle that restricts the development of science.

As the saying goes, physics and chemistry are not separated, and too fine disciplines can make him very proficient in this aspect, but in fact, if many disciplines are linked to other disciplines, then they often produce some incredible chemical effects.

It's like materials science, it's very general, but in fact, the materials science scientists hired by Qin Mubai are proficient in physical chemistry and even biology, because many materials are biological materials.

Although these scientists have their own focuses, they all belong to Qin Mubai's laboratory now, but after hiring these scientists, he did not consume all his performance points, and the reason why he spent all his performance points was because he spent a lot of performance points to help these scientists exchange their experimental equipment.

These experimental equipment are definitely the best in the world, some of which are more than the world's technology, and some of which are based on the world's top technology. Fortunately, although Kachin State is lagging behind, it is still possible to have some secret bases, plus basic power guarantees, etc.

But one of the most expensive things is the particle collider, which is expensive because it is not large, but it is not large, but it can achieve the effect of the world's largest particle collider, or even more perverted.

The reason why this was chosen is because the place where Kachin State can build this thing is really small, unless Qin Mubai is willing to rebuild it directly, if he uses the existing base to rebuild, he can only reduce the volume and exchange.

However, this small benefit is small, the particle collider with an annular length of one kilometer can achieve the effect of a particle collider with an annular length of tens of kilometers, and the degree of science and technology in this is beyond doubt, of course, the small size means that there are more bases that can be placed, and the concealment will naturally increase.

After exchanging these things, these scientists quickly put into work, according to William's progress before, I am afraid that it will not be long before Qin Mubai can get new technology here.

However, Qin Mubai's request to these scientists is to develop a new type of chip material first. In fact, the current chip materials have almost reached the physical limit, but newer materials have not yet been developed.

The importance of computers to modern technology is undeniable, and new materials, including the design of new quantum chips, are a top priority.

With this, the other simulations are very powerful.

Many people don't actually know what a quantum computer is, even if they go to Baidu to see it, they know every word, but they still can't understand what a quantum computer is, and why quantum computers are so awesome.

In fact, in layman's terms, quantum computers are very easy to understand, and we all know that ordinary computers are composed of 0 and 1, so why are ordinary computers 0 and 1? That's because ordinary computers are made of transistors, and transistors only have two states, on, or off. It's like the switch of our electric light, there are only two states.

The two states of this switch represent 0 and 1 respectively, and then a CPU is composed of transistors in billions, and these transistors are simulated and calculated with 0 and 1 respectively. So, if the design of the average computer is the same, the more transistors, the more advanced the performance.

This is also for Mao's current chip nanofabrication technology The smaller the chip nanofabrication technology, the higher the chip performance, because the number of transistors per unit volume is more, and the performance will naturally be improved.

But a quantum computer means that the same qubit, a qubit can be understood as something similar to a transistor. A qubit can represent both 0 and 1, which means that 2 transistors are needed to calculate something that can be computed by 1 qubit, and 4 transistors are required to calculate something that can be calculated by 2 qubits.

If you can calculate something with 3 qubits, you need a full 8 transistors, then what you can calculate with 7 qubits requires a full 128 transistors, and so on, the number of transistors required for 27 qubits can be calculated has exceeded 130 million!

As you can imagine, Intel's latest Core I7 8770K CPU has about 2.2 billion transistors in it. And 22 transistors only need 32 qubits to exceed its computing power.

The larger the number of qubits, the number of transistors that can be replaced can be described in geometric multiples, just like the story of magnifying meters in that chessboard, and the data that can be calculated by just a few hundred qubits is more than some of today's large supercomputers.

From this, you can see how terrifying its computing power really is.

This is also the reason why countries all over the world are stepping up construction in this regard, and now Qin Mubai believes that he is definitely the fastest person to get the finished quantum computer, and there is no one!

Because the development of quantum computers is now limited by the fact that people can't build them, but because the vast majority of quantum computers now need to operate at ultra-low temperatures of absolute zero, you can imagine how terrifying the cooling equipment required to reduce the temperature to almost absolute zero is.

It's definitely not something we can solve by adding a few fans.