The Technology Tree of Xueba

A confident smile appeared on Zhou Yu's face, exuding the temperament of a scholar.

He pointed to the quantum coherence sphere and said: I don't know much about quantum mechanics, but I still have a certain understanding of the unified transformation between the strong interaction force, weak interaction force and electromagnetic force.

Zhou Yu used holographic images to demonstrate a new quantum coherent sphere layout.

There are specialties in the technology industry, and you want the layout of quantum coherence, and you want the qubits to be at the point of balance of power.

But you have not considered the overall environment, the gravitational effect of the earth, the tidal locking effect of the moon, the influence of the earth's space magnetic field, and the gravitational influence of massive celestial bodies on qubits.

Universal gravitation generally calculates the effect of force between two massive celestial bodies, but it is essentially the effect of force between two objects with different masses.

The mass gap between the quantum and the earth is too large, and the force is almost negligible, but this force does exist, and it is impossible to be negligible.

In my new quantum coherent sphere layout, the force balance between the heavy particles has not been achieved, but with the influence of the environment, the whole system has reached a relatively perfect balance.

The external environment can no longer affect the operation of the internal qubits of quantum coherence.

Zhou Yu not only showed the new layout of the quantum coherent sphere, he also calculated the corresponding formula.

Let the qubit position be adjusted in real time according to the external environment.

Zhang Wei immediately directed the researchers to adjust the quantum coherence sphere.

According to the formula given by Zhou Yu, there is no need to adjust the position of the heavy particle in the quantum coherence sphere, only the position of the qubit needs to be adjusted according to the formula.

After the adjustment, Zhang Wei compared the two layouts and the parameters of the qubit operation.

With a look of shock on his face, he said with great admiration: Mr. Zhou, you don't know much about quantum mechanics, it's because you have a deep understanding of quantum mechanics, so you can solve problems like an understatement.

With Mr. Zhou's formula, we will expand the quantum coherent sphere that runs more qubits in the future, with technical and theoretical support.

Seeing Zhang Wei's attitude, Zhou Yu was very satisfied. Scientists are very stubborn, and they can only be convinced by technology, even if it is the technology produced by cheating.

Zhang Wei became more polite after that, and took the initiative to introduce the quantum computer prototype to Zhou Yu and the others.

The device in the upper left corner looks like a large mosquito coil, which is the device that generates quantum.

The qubits generated by this device are sent to the quantum coherent sphere to complete the qubit calculation.

Zhang Wei focused on introducing to Zhou Yu the equipment that occupies the largest area in the laboratory, which is the series of cabinets with flashing lights on the right.

These cabinets are quantum storage arrays, and the data output by the quantum computer is data that expresses various forms of qubits.

The state of a qubit cannot be effectively indicated by regular binary data.

Special storage media must be used to allow quantum computers to call and store data.

It actually uses the quantum entanglement effect. This special quantum can be entangled with many kinds of quanta. As long as there is external energy to maintain it, the entangled state can be preserved for a long time.

Even if the state of the quantum entangled with it changes, as long as the entanglement pairing is not completed again, the state of this special quantum itself will not change.

We call this quantum entangled state semi-entangled state, which is entangled with a single quantum.

Zhang Wei explained the principle of the quantum storage array in simple sentences, and he said proudly: The quantum storage array can store astronomical data.

A quantum can have different states, and each state can store a kind of data.

It is also possible to disperse the same data by different quantum storage, and its confidentiality is very high.

It is astronomically stored data, which is very inconvenient to express.

Zhou Yu used Protoss glasses to show the counting units commonly used in China.

From big to small, one, ten, one hundred, one thousand, ten thousand, one hundred thousand, one million, ten million, one hundred million, one billion, ten billion, one hundred billion, one trillion, ten trillion, one hundred trillion, one thousand trillion, Beijing, ten Beijing , Baijing, Qianjing, Gai, Shigai, Baigai, Qiangai, Zi, Shizi, Baizi, Qianzi, Rang, Ten Rang, Hundred Rang, Thousand Rang, Ditch, Ten Ditch, Hundred Ditch, Thousand Ditch .

The ancient wisdom of China has already determined the counting unit.

This is just a common counting unit. After that, the counting unit is no longer a single word, but a two-word phrase.

Even if it is an astronomical number, there are accurate nouns to express it.

By the way, this is a decimal counting unit, is the quantum storage array decimal? If it is binary, this counting unit is not suitable.

Seeing the huge counting unit displayed by Zhou Yu, Zhang Wei quickly explained: The most basic counting unit of our quantum array is load, which is a unit much larger than the binary unit EB.

Only this kind of massive data unit can express the astronomical data calculated by the quantum computer.

The storage size of the quantum storage array in the laboratory is 5 years. This storage capacity has far exceeded the total number of atoms in the universe, which is a veritable astronomical figure.

The data base system of our quantum computer also adopts the decimal system. This is not because the quantum computer uses the decimal system, but it is convenient for calculation.

The state that each qubit expresses instantaneously is a qubit.

Academician Tian Kai saw Zhang Wei's introduction, and he asked: Quantum computers are not like classical computers, which can only display two states of 0 and 1.

Our prototype quantum computer has 30 qubits, each of which can exhibit a different state.

It is completely different from classical computer algorithms, and it is impossible to express it in a few bases.

But conventional data is binary or decimal, how does the quantum storage array store binary data or decimal data.

If it can't read binary data, if it can't connect to the current network, the initial development must be very difficult.

When Zhang Wei heard Academician Tian Kai's question, he immediately explained: The quantum storage array can only store quantum data, it cannot store other types of data.

But just like supercomputers calculate weather forecasts, they convert real-world data such as temperature and wind into binary through algorithms.

When we calculate other data, we must also use quantum algorithms to convert binary data or real-world problems into quantum data.

If we want to read the data calculated by the quantum computer, we must also convert the data in the quantum state into data that we can read directly.

That's the software side of quantum computer systems, and our prototype quantum computer hardware is already working fine.

Quantum computers can now perform quantum calculations. It only took us three seconds to calculate pi to 1 digit after the decimal point.

But now it is impossible to use a quantum computer to complete normal operations. We have to wait until director Wei Tianpeng develops a quantum algorithm and complete the quantum computer operating system based on the quantum algorithm.

The data conversion work is done by software. If the work is done by hardware, the hardware design is too complicated and the efficiency is far lower than software conversion.

It seems that we still have to wait for Wei Tianpeng's progress. Zhou Yu said unsatisfactorily.

The doorbell of the laboratory was rang, and Wei Tianpeng and Zhang Yunqiang stood outside the gate.