Chapter 647: Preparation and Manipulation of Entangled States

The Tiannv landed at the airport of the Flying Ant Space Center.

This behemoth, even if the staff sees it now, is still amazed. This is currently the most powerful aircraft in the world, no one.

The Tiannv landed, the hatch was opened, and with the help of the robot, the helium-3 collection cabin was loaded into a transport vehicle and headed back to the institute.

The world's first large-scale collection of lunar helium-3 has announced a safe landing.

For Flying Ant Aerospace, this is great news.

Li Ruoxi was at the airport, and when she saw the helium-3 transported from the Tiannv, her tense face loosened, revealing a hint of joy.

She is no longer the young girl who had just entered the Army Ant Company in school.

Because of her relationship with Xiaoyu's best friend, in order not to provoke gossip, people thought that she was in the top position by relationship. In those years, she was constantly transferred to various departments, familiar with the operation of the company, and stepped up based on her achievements.

After being appointed by Zhao Min, she is now also a strongman, managing one of the most important subsidiaries of the Army Ant Group.

The aerospace field is a completely unfamiliar field to her.

Since serving as the general manager, she has to go to bed in the early morning every day to supplement all knowledge about the aerospace field, supplement physics knowledge, and learn about the management experience and operation methods of aerospace companies.

Sometimes I ask the artificial intelligence that the company has assigned her as a management assistant some knowledge and technology about aerospace, or ask some professors.

In order to become familiar with the environment of space, she even participated in the second phase of space tourism training and entered space tourism once.

Insufficient starting point, hard work has become her motto.

From the beginning of the battered, and now she has become a calm and independent female general, she can be regarded as a real growth.

Now the scale of Flying Ant Aerospace is very large.

So far, the investment in Flying Ant Aerospace Corporation has reached more than 900 billion, second only to the investment in the controlled nuclear fusion power station of Huaxia Nuclear Energy Group.

Build a space base, build a space shuttle production line, build a space hotel, build a moon base and start a lunar resource development project.

The terrible cash investment has created the scale of Flying Ant Aerospace today, and it also requires a lot of maintenance costs every year.

She is not in charge of the technical department, which is managed by Chen Mo and other expert teams. She is only responsible for managing the administration and the company's commercial profit projects.

There are not many profitable projects in the Flying Ant Space Center, only space travel and commercial launch.

However, this situation is about to change.

As a private company, the center of all work and technology is to serve 'money'. Only by making continuous money can we maintain the operation of the terrifying behemoth of Flying Ant Aerospace.

The lunar base project, the successful development of helium-3, is a huge turning point for Flying Ant Aerospace, and now it is time for Flying Ant Aerospace to increase its profitability.

Chen Mo has already told her that she can make the most of the company's conditions to make profits for the company, including the resources for lunar development.

"We announced the news that we have successfully transported helium-3 back from the moon. The large-scale development of helium-3 has been completed. From now on, we will sell helium-3 to the outside world and accept global orders for helium-3."

"Okay." Li Ruoxi's secretary hurriedly agreed, calling the marketing department and the publicity department.

Flying Ant Aerospace successfully returned 100 kilograms of helium-3 from the moon.

The announcement shook the world.

Several of the most powerful countries in the world have just announced an important breakthrough in controlled nuclear fusion technology, and have not really succeeded yet. The Marching Ant Group has carried out large-scale development of lunar helium-3.

This pace leaves others far behind.

This is the first time in the world that a company has sold resources on the moon on a large scale. In addition to being shocked, many people began to wonder what the price of helium-3 is.

However, the announced price made countless followers almost yell at it.

300 million Huaxia coins for 1 kilogram.

It's just stealing money.

When some thought no one would buy it, they were soon disappointed.

Shortly after the announcement, the Institute of High Temperature Plasma of the Chinese Academy of Sciences announced the purchase of 25 kilograms of helium-3 for the research of controlled nuclear fusion technology.

Immediately after that, the Russian official announced that it would buy 5 kg of helium-3 from the Flying Ant Space Center. The Russian official voice has just settled, and the island country official also announced the purchase of 5 kg of helium-3.

The two countries announced the purchase of Flying Ant Aerospace, Europe and India, not far behind, and also sent people to buy 3 kilograms of helium-3. Even Yiguo came to buy 2 kilograms.

If it wasn't for the amount of helium-3 that met their needs, they would have almost started snapping up.

Soon after several countries announced the purchase, they remained silent. The US officials who often targeted the Army Ant Group also came over with a shy face and bought 10 kilograms of helium-3.

For ordinary people, 301 million kilograms is very expensive, but for the tritium fuel that is currently being studied for controlled nuclear fusion, this price is half the price, which is simply a bargain.

Several countries that are researching controlled nuclear fusion technology have not missed this good opportunity.

Helium-3 is the main fuel for controlled nuclear fusion technology in the future. They need to use these fuels to study controlled nuclear fusion technology in advance. With enough fuel, their research and development speed can be doubled.

Flying Ant Aerospace made nearly 12 billion in just half a month.

At present, it is only the case that controlled nuclear fusion technology has not been fully popularized. Except for the two controlled nuclear fusion power stations that have been put into operation, the rest are all experimental equipment.

If the controlled nuclear fusion technology is popularized in the world, and hundreds of thousands of controlled nuclear fusion power stations are built and operated day and night, then the Flying Ant Space Center will only be able to sell helium-3 revenue, which will be scary enough.

...

In the quantum laboratory, Chen Mo is waiting for the experimental results.

The entangled state preparation and coherent manipulation of multiple qubits are the core problems of quantum computers.

Chen Mo uses a cavity quantum electrodynamics system to complete the preparation of quantum entangled states. Qubit manipulation is relatively difficult, and quantum entangled states have various particle systems. No matter which particle is used, there are very high requirements for the control and measurement of entangled particles.

Now there are superconducting materials, and the use of electronic quantum states is his best research and development path at present.

In terms of qubit manipulation, Chen Mo uses the method of superconducting quantum interference to manipulate quantum.

The electrodynamic quantum control system of superconducting quantum dot components is designed, which can control the electronic state of quantum dots by finely adjusting the electrodes to interfere with electrons.

Quantum chip design, superconducting single electron transistor with integrated measurement readout system.

Superconducting chips are one of the solutions for solid-state quantum computing. The advantage is that in terms of technology, it has good scalability and can integrate more qubits to improve the computing power of quantum computers.

"The results of the experiment are in."

While Chen Mo waited quietly, Mo Nv spoke.

A simulated image of the experimental results appears on the platform, and the image of the coupled resonance, simulated quantum dots, is at the location of the intersection. This image is the behavior of qubits walking randomly in a superconducting chain.

Chen Mo quickly locked his eyes on other data.

The maximum and minimum control errors are both within the range of 10^-6, and the fidelity is as high as 99.99%. This control accuracy has far exceeded the quantum gate control accuracy threshold required by current fault-tolerant quantum computing.

This result shows that the experiment with 16 qubits was successful.

After Chen Mo checked the data, he was somewhat satisfied.

The idea is correct, and then the number of controllable quantum can be slowly expanded.

The process requirements of quantum chips are not high. Micron-scale superconducting transistor chips can realize gigahertz-level main frequency logic circuits. The key lies in the number of qubits that can be controlled.

Quantum computers can manipulate the number of qubits up to 50, which is comparable to current supercomputers.

If the number of manipulable quanta reaches 100, the computing power of a quantum computer can reach 1 million times the total computing power of all the current global computing power. Its terrifying computing power can allow any difficult password of traditional computers to be cracked in an instant.

A quantum computer is a true parallel computing computer, and the computing power increases exponentially as the number of qubits that can be manipulated increases. When the number of manipulable qubits reaches 1,000, the computing power of a quantum computer is close to infinite.

This is an essential tool for the next information revolution after the era of artificial intelligence and the Internet.

"Conduct the next experiment." After confirming that there is no problem, Chen Mo asked Mo Nu to start the next experiment.