And the whole lighting system is controlled by the intelligent system, which can control the entry of natural light according to the need, so that the hall always maintains a more comfortable brightness environment. And it can also be used at night or in a dark weather environment, using simulated natural light for lighting.

In addition, the fresh air system will also transmit the filtered fresh air here at all times, so that the air is always fresh. ”

Under Dong Yiming's introduction, everyone is also surrounding the environment in the entire intelligent control center.

Different from the general complex control center, the walls of the entire intelligent control hall are spliced seamless high-definition screens, in addition to various data information, individual screens display the scenery outside.

These landscapes are not individual images or looping videos, but actual images taken from a high-definition camera outside the building.

Around the surrounding walls, there are some workbench consoles, except for the control area of the cooling system, which is slightly more complex, and the other areas are relatively simple.

At this moment, there are some technicians working here, and after seeing Wu Hao and them coming, after saying hello, they immediately started to work.

After a round trip, everyone immediately came to the control console of the entire building.

"Mr. Wu, this is the switch of the intelligent control system of the whole building, you only need to press here, and the intelligent control system system of the whole building will start running." A technician operated on the console a few times, then opened a plastic cover, pointed to the red button inside, and said to Wu Hao.

Looking at this red button, and everyone's expectant eyes, Wu Hao nodded, and then pressed the red button with a smile.

Tick, tick...... With a few beeps, the lights of some switches on the console came on and many of the systems displayed on the display screen also started to boot up.

The intelligent control system of the building is started and the loading program begins, 0, 1%, 2% ......

The progress bar is growing rapidly, and soon, a very crisp female voice came from the speaker: "The intelligent control system of the building has been loaded successfully,"

Start the cooling system!

The cooling system has been activated. With the prompt sound, the large screen on the wall began to appear in multiple locations.

As you can see from the screen, the relevant devices have started to work, and the working status is also displayed on the screen.

Bang Bang Bang ...... Inside the intelligent control center, there was a round of warm applause.

Wu Hao applauded and smiled at Yang Fan and Ma Tao: "It's your turn next." ”

Boss (Mr. Wu), it's better for you to come. The two of them pushed at Wu Hao.

Wu Hao smiled and waved his hand when he heard this: "Whether it is a supercomputer or an intelligent server array cluster project, it can be said that it is your hard work, so these two projects should be started by you yourself." ”

After speaking, Wu Hao applauded the two, and the others immediately followed when they saw this.

The two looked at Wu Hao and wanted to open their mouths, but finally nodded, and then came to their respective consoles.

The two of them looked at the start button, and then shouted one after the other: "Start the 'Super Photon Computer' and start the intelligent server array cluster!" ”

The beep beeps then sounded, and then the large screen on the wall began to flash various data information.

On the large screen on the other side, surveillance footage from all over the building is displayed. Through the screen, you can see that the server units on each floor and each sector are starting to work, and the lights that are constantly flashing are extremely bright.

As for the fifteenth floor, where the superphoton computer is located, it instantly brightened. These lights are not lighting lights, but the light after the superphotonic computer is turned on, which is very sci-fi.

That's right, this is the superphotonic computer jointly developed by them and experts from related institutes.

Photonic computer is a new type of computer that uses optical signals for numerical operation, logical operation, information storage and processing.

It is composed of optical components and equipment such as lasers, optical mirrors, lenses, filters, etc., and relies on laser beams to enter the array composed of mirrors and lenses for information processing, replacing electrons with photons and replacing electrical operations with optical operations.

The parallelism and high speed of light naturally determine that the photonic computer has strong parallel processing capabilities and ultra-high computing speed.

Photonic computers are even similar to the human brain's fault tolerance, and if a component in the system is damaged or errored, it does not affect the final calculation result.

The information distortion and distortion caused by the transmission of photons in the optical medium are very small, the energy consumption and heat dissipation during optical transmission and conversion are extremely low, and the requirements for environmental conditions are much lower than those of electronic computers.

In fact, the scientific idea of photonic computer has been proposed for decades, and more scientists have joined in to continuously improve the relevant scientific theory system research.

It was not until 1990 that the world's first photonic computer was built by Bell Labs. This photonic computer is a new type of computer that performs numerical operations, logical operations, information storage and processing from optical signals. However, due to the limited technical conditions at that time, the performance of this photonic computer was not outstanding, and it was not even comparable to that of electronic computers of the same period.

Subsequently, many countries have invested heavily in the research of photonic computers, but the development of photonic computer technology has been relatively slow, and it has always been inferior to electronic computers, and the main reason is that people have not researched enough in the field of optics.

The composition of a photonic computer is very complex, mainly composed of complex integrated optical path, light source stabilized lasers, lenses, optical mirrors, filters and other equipment.

Photons are used as the carrier of information transmission, optical hardware is used instead of electronic hardware, and optical computing is used instead of electrical computing.

Lasers are used to transmit signals, and optical fibers and various optical components form an integrated optical path for data computing, transmission, and storage.

In photonic computers, light with different wavelengths, frequencies, polarization states, and phases represents different data, thus replacing the binary operations performed by the changes in the state of electrons "0" and "1" in electronic computers.

It enables fast parallel processing of tasks with high complexity and large amount of computation.

The principle may sound simple, but it's actually very complex, especially when it comes to optics.

According to the current technology, it is easy to build a photonic computer that can perform calculations, but it is very difficult to build a superphotonic computer for large-scale data computing.

Fortunately, Wu Hao and they have broken through a core technology, that is, compound lens processing technology.